CN107259963A

CN107259963A - Squeeze the juice system and method

Info

Publication number: CN107259963A
Application number: CN201710368753.1A
Authority: CN
Inventors: 道格拉斯·埃文斯; 保罗·卡茨
Original assignee: Juicero Inc
Current assignee: Juicero Inc
Priority date: 2013-05-10
Filing date: 2014-04-18
Publication date: 2017-10-20
Also published as: US10099443B1; WO2014182423A2; EP2993996B1; EP2993996A2; JP2017184767A; JP2016523774A; US20160242456A1; US9493298B2; US20160242455A1; CN105473031B; EP3260024A1; NZ714965A; WO2014182423A3; AU2014263130B2; CA2912016A1; US10046903B2; US20160244249A1; US20160000135A1; KR20160015253A; US10046904B2

Abstract

The present invention relates to a kind of juice extractor and juice press method of the squeeze juice from food material.Juice extractor includes：Suitable for the region of one or more compressible machine barrels of squeezing the juice of receiving, the food material that one or more a compressible machine barrel of squeezing the juice includes outlet and be contained in one or more compressible machine barrel of squeezing the juice；Extrusion element, the extrusion element is suitable to apply pressure to one or more machine barrel of squeezing the juice, wherein, the fluid or the food material that the region and the extrusion element are suitable to and are arranged to squeezed are not directly contacted with the region or the state of the extrusion element distributes squeezed fluid from one or more individual machine barrel of squeezing the juice.

Description

Squeeze the juice system and method

The application is the Application No. that applicant " this soft company of bamboo " submitted on April 18th, 2014 201480039217.1, the divisional application of the application for a patent for invention of entitled " system and method for squeezing the juice ".

Technical field

Disclosed embodiment is related to system and method for squeezing the juice.

Background technology

In the last few years, had been developed that for family and commercial market former for the food from such as fruits and vegetables etc The device of Fresh sap is squeezed in material.Typical commercialization juice extractor, which tends to, to be big and expensive and is unsuitable for family or small-sized zero Sell environment.The system for being more suitable for family or smaller retail environment make use of described as follows be used for from food material squeeze juice Some different methods.

In centrifugal type juicing machine, food material is fed by chute or other entrances, wherein, rotate at high speed one Food material is cut and/or is crushed to slurry by group mechanical bit.Centripetal force is then by making food material quickly rotate quilt Apply to separate juice with slurry by filter.The family of second of type is that grinding type is squeezed the juice with retail juice extractor Food material is crushed to slurry by machine, the juice extractor of milling using auger.Resulting slurry passes through Auger drilling one The filter that the compression of step ground is associated with passing through extracts juice.Another type of juice extractor is fluid pressure type juice extractor, the hydraulic pressure Formula juice extractor is compressed usually using hydraulic pressure between one or more surfaces directly contacted with food material Food material is with squeeze juice.

The content of the invention

In one embodiment, machine barrel of squeezing the juice includes food material and one or more fluid permeable compartments, One or more fluid permeable compartment is suitable to and is provided at least partially around food material.Liquid is impermeable Compartment is at least partially around one or more fluid permeable compartment.In addition, compression squeezes the juice machine barrel to compress food Raw material is with from food material squeeze juice.During JUICE EXTRACTION, the juice squeezed is from one or more liquid Permeable compartment flows to the impermeable compartment of liquid and the outside for machine barrel of squeezing the juice then is flowed to from the impermeable compartment of liquid.

In another embodiment, machine barrel of squeezing the juice includes the multiple compartments for being suitable to accommodate food material.The multiple compartment Suitable for by juice extractor compress and from food material squeeze juice.It is provided with the outlet associated with the multiple compartment.Also have Have and outlet and the associated one or more filters of at least one of the multiple compartment.With with outlet and it is described The associated one or more seals of at least one of multiple compartments.

In yet another embodiment, machine barrel of squeezing the juice includes the multiple compartments for being suitable to accommodate food material.The multiple compartment Suitable for being compressed by juice extractor with the squeeze juice from food material.Also there is the outlet associated with the multiple compartment.

In another embodiment, juice extractor includes region and extrusion element, wherein, the region is suitable for receiving one or more Multiple machine barrels of squeezing the juice, the extrusion element is suitable to apply pressure to one or more machine barrel of squeezing the juice.The region and the extruding Element is suitable to and is arranged to the fluid that distribution is squeezed out from one or more machine barrel of squeezing the juice.Juice extractor also includes temperature Regulating element, the temperature control component is suitable to the temperature for controlling one or more machine barrel of squeezing the juice.

In yet another embodiment, juice extractor includes the area for being suitable to receive one or more compressible machine barrels of squeezing the juice Domain, one or more a compressible machine barrel of squeezing the juice includes exporting and accommodating food material.Juice extractor also includes being suitable to Apply the extrusion element of pressure to one or more machine barrel of squeezing the juice.The region and the extrusion element are suitable to and are arranged to pair The fluid squeezed out from one or more machine barrel of squeezing the juice is not directly contacted with institute with the fluid or food material squeezed The state for stating region or extrusion element is allocated.

In another embodiment, the method squeezed the juice to food material includes：By one or more machine barrels of squeezing the juice It is positioned in the region of juice extractor；The outlet of one or more machine barrel of squeezing the juice is arranged on to the distribution point of juice extractor； Apply pressure to squeeze the juice from being contained in one or more to one or more machine barrel of squeezing the juice using extrusion element Squeeze juice in food material in machine barrel；And it is former with the juice or food that are squeezed to the juice squeezed from outlet Material is not directly contacted with extrusion element or the state in region is allocated.

In yet another embodiment, the machine barrel of squeezing the juice that can be used in juice extractor includes sealed main compartment, can be right One or more films that compressed food material is filtered and for allowing liquid to be flowed from cylinder when cylinder is enabled Device into external environment condition.In addition, machine barrel of squeezing the juice is suitable to be compressed in juice extractor.In some embodiments, sealedly Main compartment also includes multiple complementary compartments.In some embodiments, complementary compartment each accommodates some food materials.According to reality Apply mode, food material is according at least one physical characteristic of food material --- such as water content, density, hardness, fibre At least one of dimension hplc and freshness --- it is sized.In some embodiments, cylinder is substantial transparent.

In another embodiment, juice extractor includes being used for be compressed the food material being maintained in machine barrel of squeezing the juice Device and the housing for limiting the compartment for receiving cylinder.In addition, cylinder also include sealed main compartment, can be to compressed One or more filters of such as film etc that food material is filtered and for allowing liquid to be opened in machine barrel of squeezing the juice With after from container flow to external environment condition in device.For the device that is compressed to food material during squeezing it is not straight Connect contacting foodstuff raw material.

In yet another embodiment, machine barrel of squeezing the juice includes accommodating the first compartment of about 0.03kg to 0.6kg food material. When first compartment is compressed by associated juice extractor, food material produce about 0.4L/kg to 0.85L/kg juice volume with The ratio of food material quality.

In another embodiment, juice extractor includes the first extrusion element and the second extrusion element.First extrusion element and Second extrusion element limits extrusion chamber, and the extrusion chamber is configured and positioned to accommodate associated machine barrel of squeezing the juice.Juice extractor is also wrapped Driver is included, the driver constructions simultaneously are arranged to make the second extrusion element shift towards the first extrusion element.Driver constructions are simultaneously It is arranged to be applied to about 6700N to 35600N power to machine barrel of squeezing the juice during the decline that the second extrusion element is shifted.The The decline of the displacement of two extrusion elements corresponds to about 3mm to 13mm stroke.

In yet another embodiment, juice extractor includes the first extrusion element and the second extrusion element.First extrusion element and Second extrusion element limits extrusion chamber, and the extrusion chamber is configured and positioned to accommodate associated machine barrel of squeezing the juice.Juice extractor is also wrapped Include the driver for being configured and positioned to make the second extrusion element be shifted towards the first extrusion element.Driver constructions are simultaneously arranged to About 7750N is applied to the power between 44500N to machine barrel of squeezing the juice during the decline of second extrusion element displacement.Second squeezes The decline of the displacement of element is pressed to correspond to about 5mm to 20mm stroke.

In another embodiment, juice extractor includes the first extrusion element and the second extrusion element.First extrusion element and Second extrusion element limits extrusion chamber, and the extrusion chamber is configured and positioned to accommodate associated machine barrel of squeezing the juice.Juice extractor is also wrapped Include the driver for being configured and positioned to make the second extrusion element be shifted towards the first extrusion element.Driver constructions are simultaneously arranged to Apply about 8900N to 53400N power during the decline of the displacement of second extrusion element to machine barrel of squeezing the juice.Second extruding member The decline of the displacement of part corresponds to about 9mm to 30mm stroke.

In yet another embodiment, machine barrel of squeezing the juice includes accommodating the first compartment and second compartment of food material.First Compartment is arranged in second compartment.When machine barrel of squeezing the juice is positioned in the extrusion chamber of associated juice extractor, the horizontal stroke of second compartment Sectional area is substantially equal to the area of the compressive surface in extrusion chamber.In addition, before the compression, the cross-sectional area of first compartment is small In the area of compressive surface.

In another embodiment, juice extractor includes the first extrusion element, and first extrusion element includes the first extruding table Face.First extrusion element is static.Juice extractor also includes the second extrusion element, and second extrusion element includes at least one side Wall and the roof for limiting the second compressive surface.At least one described side wall, roof and the first extrusion element limit out room.Open Room is sized and is shaped as receiving and squeezes the juice machine barrel.The driver constructions of juice extractor simultaneously are arranged to apply at least one described side wall The power for making the second extrusion element be shifted towards the first extrusion element.

In yet another embodiment, machine barrel of squeezing the juice includes the compartment for accommodating the liquid of certain volume.The compart-ment constructions are simultaneously set It is set to by associated juice extractor compression.Machine barrel of squeezing the juice also includes the outlet being in fluid communication with compartment.Outlet is configured and positioned to Extend from juice extractor so that at least a portion of outlet is not compressed by juice extractor.

In another embodiment, juice extractor includes the first extrusion element and the second extrusion element, wherein, the first extruding member Part includes the first compressive surface, and the second extrusion element includes the second compressive surface.First compressive surface and the second compressive surface limit Extrusion chamber is made, the extrusion chamber is configured and positioned to receive associated machine barrel of squeezing the juice.In addition, at least the one of the first compressive surface Part includes concave surface.

In yet another embodiment, juice extractor includes first extrusion element with the first compressive surface and with second Second extrusion element of compressive surface.First compressive surface includes multiple grooves, and the multiple groove is provided than the first extruding table The first big squish area of first projected area in face.

In another embodiment, machine barrel of squeezing the juice include accommodate food material first compartment and sealed second every Room.First compartment is arranged in second compartment.In addition, second compartment include gas volume, the gas volume be enough by second every At least a portion of room is spaced apart with first compartment.

In yet another embodiment, machine barrel of squeezing the juice includes first compartment, and the first compartment is configured and positioned to accommodate food Raw material.First compartment is configured and positioned to be compressed with the squeeze juice from food material by juice extractor.Squeeze the juice machine barrel also include with The outlet that first compartment is in fluid communication.Outlet includes the first layer that the neighbouring second layer is positioned, and first layer and the second layer coordinate To form valve.During JUICE EXTRACTION, the fluid stream during active compression is carried out by juice extractor opens valve.

In another embodiment, a kind of method includes：Read the designator on the cylinder for accommodating food material；Utilize this Designator retrieves the information related to cylinder；And operation based on the information controller tool retrieved and/or using retrieving At least one of information capture user behavior.

It should be understood that foregoing theory and other theories discussed below can be set with any appropriate combination, And the disclosure is not limited in this respect.In addition, when considered in conjunction with the accompanying drawings, other advantages and novel feature of the disclosure will be from each Kind of non-limiting embodiment it is described in detail below in become obvious.

Brief description of the drawings

Accompanying drawing is not intended to be drawn to scale.In the accompanying drawings, what is shown in various figures is each identical or almost identical Part can be indicated by the same numbers.For purposes of clarity, not each part can be marked in each accompanying drawing Out.In the accompanying drawings：

Fig. 1 is the schematic diagram of an embodiment of the juice extractor with the machine barrel of squeezing the juice loaded；

Fig. 2 is the schematic diagram of the juice extractor of Fig. 1 after extrusion and machine barrel of squeezing the juice；

Fig. 3 A be squeeze the juice machine barrel an embodiment schematic diagram；

Fig. 3 B to Fig. 3 C are the schematic diagrames of the exemplary filter in Fig. 3 A machine barrel of squeezing the juice；

Fig. 4 A are the schematic diagrames of an embodiment of juice extractor pocket system；

Fig. 4 B are the schematic diagrames of Fig. 4 A in an open position juice extractor pocket system；

Fig. 5 is the schematic diagram of an embodiment of reusable machine barrel of squeezing the juice；

Fig. 6 A are the schematic diagrames of an embodiment of juice extractor and reusable machine barrel of squeezing the juice；

Fig. 6 B are the juice extractor of Fig. 6 A after being compressed and the schematic diagram of reusable machine barrel of squeezing the juice；

Fig. 7 A are the schematic diagrames for the machine barrel of squeezing the juice for including the independent compartment in externally-located pocket；

Fig. 7 B are to include showing for the machine barrel of squeezing the juice with independent seal and independent filter in externally-located pocket It is intended to；

Fig. 7 C are the signals of an embodiment of the machine barrel of squeezing the juice for the mixing chamber for including independent compartment and being connected to outlet Figure；

Fig. 8 A are the schematic perspective views of machine barrel of squeezing the juice；

Fig. 8 B are the schematic perspective views of the machine barrel of squeezing the juice of Fig. 8 A in the case where the removable part of outlet is removed；

Fig. 8 C are the schematic cross sectional views of machine barrel of squeezing the juice；

Fig. 8 D are the schematic cross sectional views for the outlet for including removable part；

Fig. 9 A are the schematic, exploded, isometric illustrations for being configured and positioned to accommodate the pocket of food material；

Fig. 9 B are the schematic, exploded, isometric illustrations for being configured and positioned to accommodate the pocket of food material；

Fig. 9 C are the schematic, exploded, isometric illustrations for being configured and positioned to accommodate the pocket of food material；

Figure 10 A are accommodated in the schematic, exploded, isometric illustration of the single fluid permeable pocket in shell and sealant；

Figure 10 B are accommodated in the schematic, exploded, isometric illustration of the rupturable pocket in shell and sealant；

Figure 10 C are accommodated in the schematic, exploded, isometric illustration of multiple rupturable pocket in shell and sealant；

Figure 11 A are the schematic perspective views of juice extractor；

Figure 11 B are the schematic perspective views for the machine barrel of squeezing the juice just being inserted into juice extractor；

Figure 11 C to Figure 11 E are the schematic perspective views for the machine barrel of squeezing the juice being located in juice extractor；

Figure 11 F are the schematic perspective views of the machine barrel of squeezing the juice just compressed by juice extractor；

Figure 12 is the schematic isometric exploded view of juice extractor and associated machine barrel of squeezing the juice；

Figure 13 A are the schematic perspective views of the juice extractor before being compressed to associated machine barrel of squeezing the juice；

Figure 13 B are the schematic perspective views of juice extractor after actuation；

Figure 13 C are the signals with the juice extractor that is positioned at machine barrel of squeezing the juice in juice extractor and associated glassware Property side view；

Figure 14 is the schematic diagram of roller press mechanism；

Figure 15 is the schematic diagram for filling the package system for machine barrel of squeezing the juice；And

Figure 16 is the pressure and the curve map of platen elevation on various water fruits and vegetables and green vegetable during JUICE EXTRACTION.

Embodiment

Inventor have appreciated that with such as centrifugal type juicing machine, grinding type juice extractor and routine extrusion juice extractor it The defect using correlation of the conventional juice extractor of class.More specifically, the juice extractor of these types is exposed to food during use Raw material and the liquid squeezed.Due to the use of the complex mechanism in these juice extractors, the crushing left after sap extraction And/or the food material of pulp may be trapped in the parts of these juice extractors so that cleaning is difficult.If not complete Clean entirely, the hidden food material being retained in juice extractor is likely to become food security hidden danger.In addition to being difficult to clear up, from The auger --- in lesser degree --- of the metal blade of core type juice extractor and juice extractor of milling may be during processing Heat is transmitted to food material.Research has shown that：The heat introduced during such squeeze the juice can destroy required battalion Support and/or organic compound, so that juice is less healthy.And centrifugal type juicing machine is often noisy.

In view of more than, inventor have realized that the disadvantages mentioned above associated with existing system with that can overcome and/or its The associated many benefits of the juice extractor system of one or more shortcomings in his shortcoming.For example, it was found by the inventors that Make the contact between juice extractor and related food material and/or the juice squeezed minimized and/or delivered while elimination Fresh sap from food material is probably favourable.In addition to improved sanitary condition, make squeezed juice and food Contact between raw material is minimized and/or elimination can aid in and reduce or may eliminate the complexity associated with utilizing juice extractor And mixed and disorderly cleaning work.Inventor is also to be recognized that in some cases, expects to transmit minimum to food material during processing Heat with the associated health benefits of the juice for keeping with being squeezed.

In one embodiment, juice extractor may be adapted to and be configured to receiving to accommodate food material --- and such as will be under Face description such as fruit or vegetables or other kinds of edible product --- one or more machine barrels of squeezing the juice.For example, Juice extractor can include the region to receive one or more machine barrel of squeezing the juice.Juice extractor then can by with receiving There are the one or more of food material to squeeze the juice machine barrel interaction to distribute many portions of juice.In one embodiment, squeeze the juice Machine can be compressed by using the extrusion element of such as one or more displaceable pressing plates to machine barrel of squeezing the juice and from squeezing the juice Squeeze juice in machine barrel.Alternatively, other modes can be used to apply pressure to machine barrel of squeezing the juice, these modes are included for example Roller, compactor, twist mechanism, spooler, vacuum mechanism, vibrating mechanism, centrifugal device, auger or any other appropriate machine Structure, because the disclosure is not limited.According to embodiment, juice can be to be not directly contacted with state the going out from cylinder of juice extractor Mouth is delivered out, so as to avoid polluting juice extractor during use.However, juice can be with so that juice be contacted before being allocated The mode of a part for juice extractor is delivered, because the disclosure is not limited.In view of more than, juice extractor can take minimum power simultaneously And the fresh squeezeding juice of the dirty and messy offer portion with minimum degree or more part (for example, single part).

As noted above, the juice that food material may influence to squeeze from the food material exposed to high temperature is made Nutritive value.In other cases, food material may excessively be less than optimal JUICE EXTRACTION temperature.Therefore, in some embodiment party In formula, it may be necessary to including one or more temperature control components, one or more temperature control component can be controlled System is located at the temperature of one or more machine barrels of squeezing the juice in corresponding juice extractor.One or more temperature control component The food material squeezed the juice in machine barrel can be will be received in during JUICE EXTRACTION and optionally cools down and/or be heated to required temperature Spend and be then kept at this temperature the food material.This can realize that the mode includes in any number of manners Active heat element, such as cooling module of Peltier piece or other cooling elements, such as exposed to air-flow baffle plate it is passive Heating system or any other appropriate system is heated or cooled.In addition, one or more temperature control component can be with In any appropriate part of juice extractor.For example, one or more temperature control component can be located at juice extractor Extrusion element in, or one or more temperature control component can be located at be adapted and configured for accommodating it is one Or more on another surface in the region for machine barrel of squeezing the juice.

In another embodiment, the machine barrel of squeezing the juice for being used in corresponding juice extractor can include and machine barrel of squeezing the juice The associated one or more interior compartments in outlet.In some embodiments, one or more interior compartment Can pass through one or more filters --- such as one or more multi-hole filtering films --- and with each other and/or outlet Separate.One or more interior compartments of machine barrel of squeezing the juice can also be mounted with food material and be transformed into so that juice extractor Cylinder can be compressed by corresponding juice extractor and squeezed juice is discharged via outlet.According to embodiment, outlet and/or one Individual or more interior compartment can be sealed, untill enabling.For example, one or more seals can be can pressure The seal of rupture and/or the seal that can be pierced through or cut by the corresponding mechanism on juice extractor.

In some embodiments, machine barrel of squeezing the juice can be internally formed compartment single pocket it is bag-shaped. In other embodiment, the liquid that machine barrel of squeezing the juice can correspond to be at least partially recessed into the impermeable pocket of liquid can Osmotic bag.For example, the fluid permeable compartment for being arranged to and being suitable for accommodating the food material containing liquid can be by appropriate mistake Filter material material --- such as filter membrane, non-woven filtering material, filter screen or other suitable materials --- formation.According to embodiment, Fluid permeable compartment can completely or partially surround food material.The corresponding impermeable compartment of liquid can then be set It is set to so that it at least partially or fully surrounds fluid permeable compartment.When machine barrel of squeezing the juice is compressed, interior liquid can ooze Saturating compartment and the impermeable compartment of outer liquid are compressed.Therefore, the food material being contained in machine barrel of squeezing the juice also is compressed, from And extract juice.The juice squeezed can be flowed through from fluid permeable compartment filtering material and flow to liquid can not Permeate in compartment.Liquid then can be via any appropriate output flow to the outside for machine barrel of squeezing the juice.

In the food material from multiple separated compartments are contained in the embodiment of squeeze juice, by what is squeezed It is probably beneficial that juice, which is merged into via the single liquid stream of outlet distribution,.In a kind of such embodiment, multiple inside Compartment can be associated with single outlet.These compartments can also be in fluid communication with mixing chamber, the mixing chamber can be formed as with The passage of communication or other appropriate configurations.According to embodiment, the multiple interior compartment can be straight with mixing chamber Fluid communication is connect, or the multiple interior compartment can be connected to mixing chamber by one or more accessory channels.In view of with On, the juice squeezed from the food material in the multiple compartment can be from compartment flow to mixing chamber, in the mixing In room, these single liquid flows can merge and/or mix and be flowed through consequently as single liquid by outlet distribution.According to Embodiment, feature or other appropriate structures that can be by the composite character of such as helical blade etc, to induce turbulent flow It is positioned in mixing chamber, to help to mix single liquid flow.

In some cases, it may be necessary to prevent liquid and/or pollutant from the outlet water clock for machine barrel of squeezing the juice in juice Extraction advance into juice extractor cylinder in.Therefore, in some embodiments, squeezing the juice the outlet of machine barrel can be close before enabling Envelope.Seal can be can pressure disruption seal, before the use the peel seal part of manually removes or can be manually Or the seal for piercing through or cutting by the mechanism on correspondence juice extractor.It should be understood that other types can also be used Seal.In addition to seal is introduced, outlet can also introduce antidrip feature to avoid the water clock after JUICE EXTRACTION.It is suitable When antidrip feature can include valve, capillary, the deformable material that detent position can be deformed into, the suction in outlet The property received material, scalable outlet or nozzle, zip mode closure member, extrudable mechanical sealing member, the stickup label for being applied to outlet, spray Apply or be surface-treated (for example, being applied to the hydrophobic coating of the inner surface of outlet) or can reduce or eliminate in JUICE EXTRACTION Any appropriate geometry, feature, structure or the part of water clock afterwards.Except being prevented with associated can aid in outlet Beyond the various features of water clock, in some embodiments, after JUICE EXTRACTION, extrusion element or other pressurizing units can With slightly opened or be otherwise operated such that to apply to the power of slurry and be reduced.It is this in terms of applying power Reduction makes slurry be expanded to the second larger volume from the first smaller size smaller.The expansion of volume will be applied to the juice in outlet Plus suction, and the juice in outlet is sucked back into inside machine barrel of squeezing the juice.

In some embodiments it may be desirable to which machine barrel of squeezing the juice is protected in order to avoid being somebody's turn to do to being contained in food material therein Food material is compressed before JUICE EXTRACTION.Have no intention by theory constraint, with avoiding an iron ration before JUICE EXTRACTION At least one in the associated benefit of raw material has an advantage that the pulp for preventing juice from prematurely departing from product.Prevent juice in squeezing The shelf-life of product can also be extended by departing from before taking, because food material is without exposure to may add the decomposition of food material The liquid of speed.In view of more than, in some embodiments, machine barrel of squeezing the juice can be configured and positioned to fold during JUICE EXTRACTION In juice extractor, while providing enough structural strengths with during preventing that juice extractor cylinder from being handled and being manipulated on the outside of juice extractor It is unexpected to fold.Although any appropriate cylinder with appropriate intensity can be used, in some embodiments, machine barrel of squeezing the juice can To be configured and positioned to be subjected to drop on ground equivalent at five feet.The landing distance can make equivalent to someone The height that machine barrel of squeezing the juice drops from case platform or is crushed canister.In addition to the above, machine barrel of squeezing the juice can be constructed and arranged Overlie one another into multiple machine barrels of squeezing the juice are enabled during shipping without damaging machine barrel of squeezing the juice by pressure.

By making to optimize the JUICE EXTRACTION for being contained in each type of food material squeezed the juice in machine barrel, it can avoid Squeezing insufficient or excessively squeeze to different types of food material.Therefore, in some circumstances, it may be desirable to according to various Physical characteristic is directed to the different types of food material pre-set dimension for being contained in and squeezing the juice in machine barrel.More specifically, in some implementations In mode, the food material of independent type can be individually sized such that can be with the roughly the same time by each type Food material complete JUICE EXTRACTION.The size of different type food material can be based on physical characteristic --- such as water content, Density, hardness, fiber content, freshness and other appropriate characteristics --- to select.Have no intention to be fettered by theory, just For given pressure, less food material size will cause the surface area of increase and therefore cause the juice squeezed to increase It is many.It therefore, it can make the size of the more difficult food material for therefrom obtaining juice because of the characteristic of such as low water content and high rigidity It is smaller than the size compared with soft food material with higher moisture.

According to embodiment, the food material being contained in the independent compartment for machine barrel of squeezing the juice can be filtered individually.For every The embodiment that individual compartment introduces single filter can provide some benefits.For example, the filtering associated with each compartment Device can the physical characteristic based on the food material being contained in each compartment select.These characteristics can include following aspect, Such as：Fiber content；The cut lengths of food material；The removal of the fragment of core and shell；And other appropriate physical characteristics.It is logical Cross and filter is selected based on above-indicated physical characteristic, the desired flow rate of institute's squeeze juice can be obtained, squeezed Amount, desired taste, quality, bitter taste, mouthfeel and other possible benefits of desired slurry or fiber in juice. Although discussed above is includes the embodiment of single filter, multiple compartments are filtered together by single filter Embodiment is also feasible.

In one embodiment, machine barrel of squeezing the juice can include being blended in one during sap extraction is carried out by juice extractor The wet composition and dry ingredients risen.In such a embodiment, dry ingredients can be arranged in the first compartment for machine barrel of squeezing the juice, And liquid or the liquid comprising food material can be set in the second compartment for machine barrel of squeezing the juice.The second compartment of machine barrel of squeezing the juice can With associated with first compartment so that during carrying out sap extraction in corresponding juice extractor, liquid can be from second compartment stream Move to the first compartment that liquid can be made to be mixed with dry ingredients.Dry ingredients can be suspended in liquid, or dry ingredients can be with molten Solution is in liquid, and the disclosure is not limited.After composition is mixed, mixed mixture can be then from first compartment Flow through the outlet for machine barrel of squeezing the juice., in some embodiments, can be by one in addition to dry composition and liquid are mixed Or more composite character be positioned at first compartment or the passage associated with first compartment in, to contribute to dry ingredients and liquid Body is combined.Appropriate composite character can include helical blade, the feature to induce turbulent flow or other appropriate structures.First Compartment and second compartment can be separated, or one of first compartment and second compartment may be accommodated in first compartment With in the other of second compartment, and the disclosure is not limited thereto.For example, second compartment can correspond to be located at first every The indoor rupturable pocket or sheet shaped piece that accommodate gel, powder, alkaline soluble materials or other material requesteds.At this Plant in embodiment, second compartment can rupture, to allow the mixing of liquid and dry ingredient.Alternatively, can be in compartment It is interior that crushable material or sheet shaped piece are set so that the crushable material or sheet shaped piece are crushed and and juice during squeezing Mixing.For by other possible structures that dry ingredients are combined with liquid being also expected in machine barrel of squeezing the juice.Although for example, The compartment for accommodating rupturable pocket is described, but in some embodiments, accommodates rupturable pocket, sheet shaped piece And/or the reservoir of soluble material in the outlet for machine barrel of such as squeezing the juice or spout along machine barrel of squeezing the juice flow path Positioning.The possible composition that can be delivered in the above described manner includes but is not limited to flavor enhancement, additive and such as protein is mended Fill agent, vitamin, extract, mineral matter, dry fruit, dry vegetables, nut, medicinal herbs, lyophilized oil, spices, alcohol and any other The desired dietary supplements for consuming material etc.

In some cases, user, which may need to will be received in the food material squeezed the juice in machine barrel, makes compost and circulates profit With squeezing the juice machine barrel in itself.In this embodiment, machine barrel of squeezing the juice may be adapted to and be arranged to be opened after JUICE EXTRACTION.According to Embodiment, can use strippable film, impressed open area, removable stickup label or can be in sap extraction Any other appropriate structure that the food material squeezed the juice in machine barrel is removed afterwards reaches the inner contents of cylinder to provide Entrance.It is possible thereby to the food material that will be received in after the squeezing in machine barrel of squeezing the juice is removed for compost, and machine barrel of squeezing the juice Remainder can recycle or otherwise handle.

In some embodiments it may be desirable to machine barrel introduced feature of squeezing the juice, to extend the shelf-life for machine barrel of squeezing the juice and subtract The nutrition leak for the food material being contained in less in juicer cylinder.A kind of possible method to extend the shelf life can include After loading and/or Vacuum Package machine barrel of squeezing the juice is filled using with the substantially nonreactive inert gas of food material.Suitably Inert gas include nitrogen, carbon dioxide, argon gas, and/or oxidation, water loss, battalion can be reduced compared with normal air Support any other gas that loss or food material are decomposed.In other embodiments, machine barrel of squeezing the juice can include to allow The feature of food material therein and the breathing of other compositions is contained in, to help to prevent food material from decomposing during storing. This can realize that any various ways include but is not limited to the polymerization using such as proper treatment in any number of ways The film of thing or cellulose base and the gas permeable material of net.Appropriate processing include but is not limited to perforation, coating, impregnated material, with And the small opening formed in machine barrel of squeezing the juice and/or hole.

In some embodiments, it may be necessary to provide associated with food material accommodation tube with " intelligence " function Utensil.This benefit that may be used to provide includes but is not limited to security feature, follows the trail of service condition and strengthens operator's Experience.For example, the utensil of such as juice extractor can include reader --- (radio frequency identification is filled for such as camera or RFID Put) reader, the reader can be by using printing or digital instruction technology --- such as radio frequency identification device (RFID), bar code, quick response codes, magnetic stripe, magnetic ink, carbon-loaded inks, invisible ink, color bar or other are similar Figure and other computer-readable recording mediums --- from squeeze the juice machine barrel read information.It can be included by the information for machine barrel offer of squeezing the juice all As content expire situation, cold chain information, composition, allergy information, nutritional information, composition information, consumption and calorie content, The information of authorization message, personation information, security information and other relevant informations etc.In case of need, juice extractor may be used also So that computer or server will be uploaded to from all information or some information of machine barrel acquisition of squeezing the juice.For example, for medical treatment, drink Food or personal reason, people may want to grasp their nutrition intake amount.Therefore, people can be by the type of juice and its battalion Support and energy intake amount is uploaded to the cloud system that anywhere they can access.Alternatively, they can be by from squeezing All information or some information that juice machine barrel is obtained are uploaded to the opposing party or are uploaded to the service people of addressable the opposing party Member --- such as insurance company, doctor, personal coach, or it is uploaded to other any appropriate sides.For example, the letter uploaded Breath can be used for being based on the preset standard of the machine barrel of squeezing the juice for individual or device (refrigerator or automatic vending machine) and be uploaded Cylinder use information automatically insert on changing the order of machine barrel of squeezing the juice.The information uploaded can be also used for by social matchmaker Body shares such as beverage consumption, health and fitness information and for diet guide etc..

In addition to the above, in some embodiments, juice extractor can also be from remote server, Cloud Server or calculating Device download information.For example, after the identification information (for example, bar code) squeezed the juice on machine barrel is read, juice extractor can be downloaded The information of such as security information, composition information, call back data or any other information needed related to this tin etc.

In some embodiments, juice extractor can be simply read by the information for machine barrel offer of squeezing the juice.In other implementations In mode, juice extractor can measure squeeze the juice machine barrel condition of storage and expired situation on one's own initiative using appropriate method.Can be by squeezing Juice machine determines that possible condition of storage includes but is not limited to temperature, humidity, pressure, oxygen content, carbon dioxide content and/or spoke Penetrate irradiation.For example, the gas in cylinder can be sampled and be analyzed by juice extractor, to determine whether there is food security bar Part.Alternatively, the sensitive designator --- such as temperature sensitive coating, ink or enzymatic cold chain designator --- of such as temperature More passive technology be determined for whether cylinder has been stored in more than threshold temperature.In some embodiments, temperature Sensitive designator is adjusted to indicate that the cylinder is stored above 1 hour, 2 hours, 3 hours, 4 hours or any in threshold temperature Other reasonable times section.However, it is also contemplated that to using the lower cost that is changed immediately when exposed to threshold temperature The embodiment of temperature sensitivity designator.In embodiment of above, juice extractor can include can be by sensing color or figure The sensitive designator of deformation and detection temperature whether enabled sensor.Based on the security information that is obtained from machine barrel of squeezing the juice and Outdated information, juice extractor can prevent sap extraction or allow sap extraction.Juice extractor can also include allowing to proceed juice User's covering that liquid is squeezed, user covering is used for being frozen and being later than the expiration date indicated on machine barrel of squeezing the juice in advance Machine barrel of squeezing the juice be probably preferable.

It should be understood that the above-indicated operating method and operator scheme of juice extractor generally apply also for any fit When utensil.For example, these operating methods and operator scheme can apply to beverage dispensing appliance, food preparation appliance, and/or Food storing utensil.In one embodiment, the utensil is juice extractor.In other embodiments, the utensil can be with It is refrigerator, automatic vending machine, micro-wave oven and other appropriate utensils.For example, utensil can include appropriate reader, should Reader can read the food material for accommodating one or more of types --- such as water fruits and vegetables, green vegetable, meat, breast Product, oil, cereal, prepare dish or other any kind of food materials --- cylinder on designator.As previously referred Go out, designator can be numeric indicator or visual indicator, and the disclosure is not limited.According to specific embodiment party Formula, reader can correspond to the camera combined with utensil and the digital reader combined with utensil --- and such as RFID is read At least one of take device ---.Alternatively, single device can be used --- such as smart phone or other appropriate dresses Put --- the remote server of utensil is then connected to scan designator and be uploaded to the information scanned, or the list Only device can pass through wired connection or wireless connection --- such as bluetooth connection --- and with utensil direct communication.

After designator is read, utensil retrieves the information related to cylinder followed by designator.According to specific application, Utensil is subsequently based on the operation of retrieved information controller tool and/or utensil utilizes retrieved information capture user behavior. The information retrieved by utensil can be retrieved in any number of mode.For example, in one embodiment, designator guiding Utensil is connected to remote server or computing device to retrieve the information of needs.In this embodiment, utensil can be from long-range Server or computing device are uploaded and/or download information.Alternatively, in other embodiments, the utensil is included from remote Journey server or computing device (for example, daily, weekly, monthly or any other appropriate time limit) database that regularly updates.Cause This, when designator is read by utensil, required information is then retrieved from database.Although in some embodiments should Database is updated periodically, but the embodiment that database does not update is also expected.

According to specific application, utensil can perform one or several operations in response to the information retrieved.One In individual embodiment, the information retrieved is used for the operation for controlling utensil.In another embodiment, the information retrieved is used for Capture user behavior.In addition, utensil can perform it is of the above both.If for example, the information retrieved be related to it is such as expired Date, recall, the food peace of the composition relative with known users anaphylactogen, authorization message, spurious information and security information etc Entirely, then utensil can lock the operation of utensil or detected by utensil can notify user according to the particular type of utensil Condition.Alternatively, utensil can show that the information can be uploaded to remote server by nutritional information, or utensil to user Or social network sites, send information to predetermined individual or as previously noted other application in the form of Email.In device In the case of tool follows the trail of user behavior, the information retrieved can be used for the type and individual for following the trail of the cylinder that user is using Or the consumption of cylinder that utensil has been used.The information can be used for some purposes.For example, the cylinder used according to user Type, can recommend the different types of cylinder that the user may like to buy to user.In addition, by following the trail of disappearing for cylinder Consumption, can promote to the automatic of these progress when the number of the cylinder tracked is less than the preset standard value being defined by the user Reset and store.Certainly, other application is also possible.

For the sake of clarity, it is described herein squeeze the juice machine barrel and juicer system relate generally to can therefrom extracting juice The use of the food material of liquid.It should be understood, however, that food material in squeeze the juice machine barrel and juice extractor system can be with Corresponding to any appropriate food material.For example, food material is potentially included such as these following nonrestrictive projects：Fruit； Vegetables；Meat；Fish；Plant material；Flavoring；Such as dietary supplements of vitamin, albumen powder, ginseng etc；And/or may Include any other ingestible product in the beverage with being expected to.

Turning now to accompanying drawing, several specific non-limiting embodiments are explained in more detail.In order to clear For the sake of, some features are described with reference to specific embodiment.It should be understood, however, that be described herein and The various features and embodiment described in accompanying drawing can be combined in any suitable manner, and the disclosure is not limited thereto.

Fig. 1 depicts an illustrative embodiments of juice extractor 100, and the juice extractor 100 is configured to receiving and accommodates food The machine barrel 200 of squeezing the juice of raw material 205.In an exemplary embodiment, juice extractor 100 can include the recessed of such as receiving compartment The region 140 of portion, room or other appropriate cylinders etc, the region 140 is constructed and arranged within the case 110 to receive one or more Multiple machine barrels of squeezing the juice.It should be understood that region 140 can be sized and/or be oriented any number of machine barrel of squeezing the juice of receiving 200, and the disclosure is not limited.However, for convenience of description, region 140 is shown and/or described with single cylinder sometimes.Squeeze Juice machine can also include the outlet 170 associated with the outlet 220 for machine barrel 200 of squeezing the juice.In some embodiments, region 140 Can limit can include the room of lid 145, and the lid 145 can be locked or seal when juice extractor works.For example, lid 145 can Automatically lock and/or unlock with the signal in response to the electronic device from juice extractor 100.However, lid can be manual Ground is locked and/or the embodiment of unblock is also expected.

Accompanying drawing is referred again to, juice extractor 100 can include the shell body 110 for accommodating electronic device and mechanical part.Squeeze the juice Machine 100 can also include being used for one or more pressing plates for applying pressure to machine barrel of squeezing the juice.For example, as depicted in the figures , a pair of relative pressing plates 120 can be used to apply to one or more machine barrels 200 of squeezing the juice filled with food material 205 Reinforcing.According to embodiment, each pressing plate 120 can be attached to arm 130.Arm 130 can be further connected to can be to Relative arm 130 and the system of the applying power of pressing plate 120, so as to produce required compression stress between pressing plate 120.The power can profit There is provided with any appropriate mechanism, the appropriate mechanism includes but is not limited to pneumatic system, such as hydraulic system, servo horse Reach or stepper motor etc Mechatronic Systems or can be fitted to any other of the pressure needed for machine barrel delivering of squeezing the juice and/or power When system.In addition, in one embodiment, juice extractor 100 can be electronic benchtop appliance.It is understood, however, that It is that juice extractor can include power line, battery, hair using any appropriate power source supply power, the appropriate power source Motor, pneumatic pressure source, hydraulic power supply or any other suitable power source, and the disclosure is not limited.

Apply to the compression stress for machine barrel 200 of squeezing the juice can be transferred to the food material 205 that is contained in machine barrel 200 of squeezing the juice with Liquid (for example, juice) is squeezed from food material 205.The juice 201 squeezed then can from squeeze the juice in machine barrel 200 via Machine barrel of squeezing the juice outlet 220 and juice extractor outlet 170 flow to the outside of juice extractor.In some embodiments, juice extractor 100 can So that with distribution region 160, juice can be distributed from the distribution region 160.For example, as depicted in the figures, distribution region 160 can be implemented by the region being limited in the surface of housing 110, and distribution region 160 can also include being used to receive And the shelf and/or water clock pallet of support server container 165.In some embodiments, and as depicted in the figures, The outlet 170 of juice extractor can be formed in the distribution region 160 of housing 110.Therefore, being squeezed from the outflow of outlet 170 Juice 201 can be assigned in service container 165 and have few cleaning work.According to specific embodiment, by squeezing The juice 201 of the distribution of juice machine outlet 170 may or may not directly be contacted with the outlet 170 of juice extractor.For example, in some realities Apply in mode, machine barrel of squeezing the juice outlet 220 can extend beyond the other parts of corresponding region, squeeze unit and juice extractor, with Squeezed juice is contributed to not contacted during use with any part of juice extractor.

It should be understood that one or more pressing plates 120 can be constructed and arranged in any number of mode.For example, In one embodiment, when machine barrel of squeezing the juice during one or more pressing plate 120 is sized to correspond to JUICE EXTRACTION The approximate dimensions of 200 machine barrel 200 of squeezing the juice when being compressed by pressing plate.In addition, one or more pressing plate 120 can by including But any suitable material for being not limited to stainless steel, ceramics, plastics or any other material is formed.The surface of pressing plate can also be applied It is covered with non-cohesive material and/or such as silvering, Nano silver grain and silver-colored coating surface with antimicrobial property etc Material, but it is also possible to use other surfaces coating.The face of each pressing plate 120 can also the alternatively shape on the relative face of pressing plate Into fluted 122 and/or other shapes, groove 122 and/or other shapes can be used for promoting producing on cylinder 200 pressure and/ Or improve the processing to cylinder 200.For example, the groove 122 on two pressing plates can be nested together (that is, the valley of each pressing plate It is can be positioned at valley within each other).However, the embodiment of pressing plate denesting together is also expected.In addition, groove The compressive surface area of increase can be provided.More specifically, being more than the projected area of compressive surface along the surface area of groove.It is recessed Groove can be that sharp peak shape, the sinusoidal at circular peak, square, or groove can have any other appropriate shape Shape.Alternatively, in another embodiment, at least one pressing plate in pressing plate can have concave curvature.Preferably In, another pressing plate can be flat, with concave curvature, convex curvature, and/or complementary shape.Having no intention by theory constraint In the case of, this structure can provide the compression of increase to the periphery of the food material between pressing plate, and this is by contributing to Food material is contained in the center of pressing plate and guides JUICE EXTRACTION and further improves sap extraction.

According to embodiment, in extruding pressing plate or for other appropriate extrusion elements from machine barrel squeeze juice of squeezing the juice During (0.1 inch to 0.5 inch) of the about last 3mm to 13mm of motion, juice extractor can apply about to machine barrel of squeezing the juice Power between 6700N to 35600N (1500 pounds to about 8000 pounds of power).In some embodiments, in extruding pressing plate or extruding The power applied during the last motion of element is about 17800N to about 26700N (4000 pounds to about 6000 pounds).Except most Apply during path increment afterwards beyond above-indicated power, pressing plate or other appropriate extrusion elements are being shifted into from positioned at squeezing After fruit raw material squeezing juice in juice machine barrel, pressing plate or other appropriate extrusion elements can have about 38mm (1.5 English It is very little) total kilometres, and between the pressing plate or other extrusion elements have (0.15 inch to about 0.35 of about 4mm to about 9mm Inch) gap.Although it should be understood that above in relation to juice extractor embodiment indicate certain size and Power, but any appropriately combined of power, force distance, pressing plate total kilometres and gap can be used, and the disclosure is not limited.With On the scope of power pointed out and displacement be for being sized to the utensil used for consumer.Below to used in office, enterprise Appropriate power and displacement in the larger utensil used in industry, dining room and/or food and beverage sevice occasion are explained in more detail.

In addition to the possible range of the power of application, juice extractor can during surface from JUICE EXTRACTION to machine barrel of squeezing the juice apply The power of at least 60 pounds/square inch (psi).In addition, in some embodiments, juice extractor can be moved in pressing plate as noted above Apply about 80 pounds/square inch to about 100 pounds/square inch of power to the surface for machine barrel of squeezing the juice during the last length of position.So And, it should be understood that other pressure can be applied by juice extractor, and the disclosure is not limited.

Although one or more pressing plate 120 has been depicted as activating in the horizontal direction applying to machine barrel 200 of squeezing the juice Compressive forces, but the disclosure is not limited.Alternatively, it should be understood that compression stress can be along any appropriate mode Apply to machine barrel 200 of squeezing the juice.For example, compression stress vertically can apply in direction.Furthermore, it is possible in any suitable manner to squeezing Juice machine barrel applies pressure to squeeze liquid from the food material being contained in juice extractor cylinder, and any appropriate mode includes single Individual pressing plate, roller press mechanism, only to a part for machine barrel of squeezing the juice apply pressure and to machine barrel of squeezing the juice apply pressure other are appropriate Method.For example, in one embodiment, the single pressing plate machine barrel 200 that will squeeze the juice can be used to be compressed in relative surface On.The relative surface can be fitted with the hole of the outlet 220 for receiving cylinder 200, or the outlet can be received in and Fig. 1 In another adjacent surface similar with the embodiment described in Fig. 2.In another embodiment, multiple machine barrel or bags of squeezing the juice Shape portion can be located between pressing plate so that apply pressure to all cylinders simultaneously during JUICE EXTRACTION.In another embodiment In, juice extractor can include more than two pressing plates, wherein, corresponding multiple machine barrels of squeezing the juice can be located at many two or more Pressing plate between.For example, first squeeze the juice machine barrel can be located between the first pressing plate and the second pressing plate, and second squeeze the juice machine barrel can With between the 3rd pressing plate and the 4th pressing plate.Alternatively, the second machine barrel of squeezing the juice can be located at the second pressing plate and the 3rd pressing plate Between.

In some embodiments, one or more machine barrels of squeezing the juice flatly or are vertically stacked in juice extractor.Squeeze Juice machine barrel can also include being non-uniformly distributed the food material on the surface for squeezing the juice machine barrel.In any case, juice extractor Pressure can be applied to the food material being non-uniformly distributed in compressive surface on --- all pressing plates as noted above ---. In order to help to reconcile this effect, in some embodiments, one or more machine barrels of squeezing the juice can include helping to make One or more features of the machine barrel in juice extractor interior orientation of squeezing the juice.Used for example, squeeze the juice machine barrel and corresponding region can have In the pairing shape and/or feature that are oriented to machine barrel of squeezing the juice.For example, on the most peripheral for squeezing the juice machine barrel to flange Stripper plate or the chamber interaction that can be configured and positioned to and squeeze the juice where machine barrel.In addition, in some embodiments, squeezing the juice Machine barrel includes one or more features that two or more machine barrels of squeezing the juice are aligned for being used to be stacked on each other.For example, Described two or more machine barrels of squeezing the juice can be configured and positioned to so that described two or more machine barrels of squeezing the juice are by appointing The combination of what appropriate feature or feature and mechanically interlocked when being stacked.However, machine barrel of squeezing the juice does not include being used in heap The embodiment for the feature for being directed at machine barrel of squeezing the juice when folded is also expected.Above-indicated feature contributes to machine barrel of squeezing the juice It is aligned in juice extractor, and helps to make food material equably position relative to the compressive surface of juice extractor.

When needed, pressing plate or other appropriate surfaces can be by using the temperature adjustments for being suitably constructed and setting Element 196 is kept at the desired temperatures.Needing to thermomechanical components and the machine barrel of squeezing the juice that is contained in thermomechanical components of squeezing the juice of squeezing the juice In the embodiment cooled down, temperature control component 196 can correspond to by any number of appropriate device to implement Cooling module, any number of appropriate device includes but is not limited to such as thermoelectric material of Paar paster, refrigeration train Part and other conventional refrigerant technologies.However, being stored in machine barrel 200 of squeezing the juice for the processing work of juice extractor 100 not In embodiment at optimal temperature (for example, being frozen or in cold refrigerator), temperature control component 196 can be right Should be in heating component, the heating component can carry out heating untill the temperature needed for arrival gentlely to machine barrel of squeezing the juice.Root According to specific embodiment, heating component can include heating element heater and heat sensor, so that the temperature for machine barrel of squeezing the juice is increased to Required temperature, while the temperature for the machine barrel that ensures to squeeze the juice is no more than the pre-selected threshold for the loss that may cause valuable compounds therefrom Temperature.In yet another embodiment, temperature control component 196 can correspond to passive cooling system.In this embodiment, it is warm Degree regulating element can on the surface flow to detach heat and introduce the cooling technology of cooler air using such as guiding air. In view of more than, it should be understood that temperature control component or multiple temperature control components can correspond to can be to machine barrel of squeezing the juice Any appropriate device or configuration being heated or cooled.For example, other possible embodiment party for temperature control component Removable pressing plate, the chemistry that formula includes but is not limited to be configured and positioned to be arranged in refrigerator and/or heated on stove are living The caloric response of change, rubbed using the liquid cooling pressing plate and/or liquid heated platen, sensing heating, radio frequency of the passage in pressing plate Wipe heating and supersonic frequency is frictionally heated.

, should although having depicted the single temperature control component 196 being incorporated into single pressing plate 120 in the accompanying drawings What is understood is that the disclosure is not limited.Alternatively, it can use corresponding to cooling module, heating element heater, passive cooling system Multiple temperature related elements of the combination of system and/or the above.In addition, these temperature control components can be incorporated into JUICE EXTRACTION In any appropriate surface that period contacts with machine barrel 200 of squeezing the juice.For example, temperature control component 196 can be incorporated into pressing plate 120 Surface on or pressing plate 120 inside.Alternatively, temperature control component can be arranged on another table contacted with machine barrel of squeezing the juice On face or it is attached in another surface contacted with machine barrel of squeezing the juice.In some embodiments, temperature control component is also Could be arranged to and squeeze the juice the individual components of machine barrel region disconnecting.

Juice extractor 100 can also be fitted with the various electronic units and/or chain of command interacted for the operator with device Plate 180.Juice extractor 100 can include controller 190, and the controller 190 is used to control control panel 180 and in response to by control The operator of panel 180 processed inputs and the operation of all parts (for example, pressing plate 120, arm 130 etc.) of guide device.For example, behaviour Cylinder 200 can be inserted into juice extractor 100 and utilize the start machine of control panel 180 by author.However, other operations are squeezed the juice The device of machine is also possible, including such as on/off switch device.Above-indicated controller 190 can take chip The form of upper system (SoC) integrated circuit, microcontroller or any other configuration that can be known in the art.According to reality Apply mode, control panel 180 can be included for the selection of input operation person and/or the device of preference and for operation Person transmits the device of information.In an exemplary embodiment, control panel 180 can take LCD (LCDs) to touch The form of screen, the LCD touch screen provides a user option and information including type of beverage, subscriber data, nutritional information etc..Squeeze Juice machine 100 can also be configured to by bluetooth, WiFi or other communication medias and the smart mobile phone of operator, tablet personal computer or Notebook computer is interacted.

For the information needed for controlling JUICE EXTRACTION and/or providing, juice extractor 100 can include to monitor various controls One or more sensors 195 of parameter.For example, juice extractor can include temperature sensor, force snesor, pressure sensing Device, timer, displacement transducer, position sensor (for example, for monitoring the sensor that lid 145 is opening or closing) or Any other appropriate sensor.These sensors can carry out telecommunication with the controller of detectable sensor.Controller can So that some information on device are passed on to operator by control panel 180.For example, in one embodiment, chain of command Plate 180 can show the temperature on the surface of one or more pressing plates 120.Alternatively and/or in addition to the above, chain of command Plate 180 can show related any diagnostic message or statistics --- such as warning of expire-services of the operation to device.

In some embodiments it may be desirable to which juice extractor 100 is connected into freestanding computer, remote server or meter Calculate device, and/or such as network of internet, LAN, wide area network or the like.For example, juice extractor 100 can be utilized and control Any appropriate connector 197 of the telecommunication of device 190 is connected to remote server, computing device or network 198.Appropriate company Fitting include but is not limited to WiFi, bluetooth, Ethernet, RJ-45 modular connecting elements, by indoor line voltage connector provide Connector, and/or any other appropriate type connector, and the disclosure is not limited.By this joint outer part, Operator can be allowed through social media and Twitter, Facebook and MyFitnessPal etc. social network sites The shared information on the activity of squeezing the juice.In this embodiment, operator can be provided on machine barrel 200 of squeezing the juice Content data publication to required social media and/or social network sites option.The issue can pass through controller 190 Pre-generatmg.Alternatively, issue can manually generate or can include being used to input extra volume comment by operator and believing The option of breath.

According to embodiment, juice extractor 100 can be programmed only to receive approved cylinder.In this embodiment, The controller 190 of juice extractor 100 can be directed to reliability certain indicators --- such as sequence code, bar code, hologram, Or for indicating any other device that machine barrel is recognized for being used together with juice extractor of squeezing the juice --- to being inserted into a compartment Machine barrel of squeezing the juice in 140 is checked.

In some embodiments, each subscriber data can be stored in controller 190.It is one or more in order to control Individual data, before operation juice extractor, user can be logged in using identifier or Personal Identification Number (PIN).In specific user The activity performed while login can be then recorded to the data of the user.Report and stored for user furthermore, it is possible to generate And/or output this report.Subscriber data can also include on user include specific dietetic requirement, anaphylactogen, preference and The information of setting.

In some cases, show the information related to the temperature for machine barrel of squeezing the juice and/or squeezed the juice based on temperature information control The operation of machine is probably preferable.Therefore, in one embodiment, one or more sensings of such as heat sensor etc Device 195 can be used for the temperature on one or more juice extractor surfaces that monitoring is contacted with machine barrel 200 of squeezing the juice.For example, sensor 195 can be associated with pressing plate 120, or is compressed with to machine barrel 200 of squeezing the juice or described in being contacted with machine barrel 200 of squeezing the juice Another surface is associated.Temperature sensor 195 can be arranged on the top on surface so that temperature sensor 195 and machine barrel of squeezing the juice Directly contact, or temperature sensor 195 can be embedded in surface.It should be understood that other positions are also possible.Institute Temperature information can be sent to controller 190 by stating one or more sensors 195.Then, controller 190 can be by from one The presentation of information that individual or more heat sensor is received is on control panel 180.In addition, controller can be in response to from described The information of one or more heat sensors and one or more parts for controlling juice extractor 100.For example, controller can draw Pressure guide plate 120 operates to reduce friction and heat with relatively low speed.Alternatively, contacted with machine barrel of squeezing the juice surface (for example, Pressing plate 120) temperature may remain within the scope of specific temperature, so as to by making at too high or too low temperature Exposure minimizes and reduced the decomposition of the organic compound in food material --- and this may cause less healthy juice production Product.In one embodiment, machine barrel of squeezing the juice may remain between 32 °F and 43 °F.In some embodiments, juice extractor Cylinder may remain under 32.5 °F or close to 32.5 °F.It should be understood, however, that other temperature are also expected.

Referring now to accompanying drawing 3A to 3C, the illustrative embodiments to machine barrel 200 of squeezing the juice are described.As retouched in accompanying drawing Paint, machine barrel 200 of squeezing the juice can include shell 210.Cylinder 200 can also include the remote end part for being positioned at machine barrel 200 of squeezing the juice Outlet 220.Export the fluid communication between the external environment condition outside 220 inside that machine barrel 200 of squeezing the juice can be provided and cylinder.Shell 210 can be by that can provide required design criteria --- such as enough structural intergrity, the protection damaged from external environment condition And damage resistance --- any appropriate material be made.In addition, in some embodiments, shell can by including but not It is confined to the Biodegradable material of the biodegradable vegetable polymers of such as cellulose, glassine paper or PLA etc It is made.

In some embodiments, outlet 220 can include seal 225.Seal 225 can be in manufacture and delivering In closed configuration.Then, seal can be opened by operator or by corresponding juice extractor during operation.For example, In one embodiment, seal 225 by foil seal, removable plug, the perforated portion of shell 210 or can be carried Implement for any other appropriate device of the removable seal of operator.In this embodiment, seal can be in juice Liquid is manually removed before squeezing by user.The removal of this seal can be arranged in it in juice extractor in the machine barrel that will squeeze the juice The preceding or execution after the machine barrel that will squeeze the juice is arranged in juice extractor, and the disclosure is not limited.Alternatively, in some realities Apply in mode, seal 225 can be opened by appropriate opening mechanism, and the opening mechanism is such as：It is adapted to pierce through the pin of seal； Suitable for the cutting element for the relevant portion for cutting through seal or outlet；Or can open or remove seal to allow Juice flows through any other suitable mechanism of outlet 220.In yet another embodiment, outlet 220 can include pressing Power ruptured seal so that seal is automatically turned on because pressure applied is more than pre-selected threshold pressure.This seal It can provide in any suitable manner, any appropriate mode includes for example being designed to what is ruptured more than threshold pressure Film, the reduction seal at the position corresponding to outlet, be positioned corresponding to outlet position at thin seal and other Appropriate design.In some embodiments, alternatively, seal can in response to machine barrel of squeezing the juice deformation fracture and not Ruptured in response to pressure.

In one embodiment, squeeze the juice machine barrel 200 shell 210 can include respectively for keep food material 205 One or more compartments 217.One or more compartment 217 can also connect with the fluid of outlet 220 for machine barrel of squeezing the juice It is logical.As depicted in Figure 3 A, machine barrel 200 of squeezing the juice can be subdivided into multiple compartments 217 for keeping food material 205. In this embodiment, compartment 217 can be separated by one or more filters 219, to remain in adjacent compartments Food material 205 separate untill being processed by juice extractor 100.Extracted in the food material 205 from positioned at compartment 217 During juice, one or more filter 219 can also allow the fluid communication between single compartment 217.

In some embodiments, unprocessed food material can be cleaned and the food material 205 of gained can be with It is pre-loaded into compartment 217 and/or organizes by type.For example, watermelon can be contained in a compartment, and will be thin Lotus is contained in second compartment, and carrot is contained in the 3rd compartment.According to the juice type made, inhomogeneity The food material 205 of type can be blended in each compartment.For example, watermelon and blueberry can be contained in a compartment, and And ginger and cayenne pepper can be contained in second compartment.In addition to the above, can be with after food material 205 is loaded Before sealing or closing air is removed by using appropriate vacuum system and the Vacuum Package of machine barrel 200 that will squeeze the juice.In addition, squeezing Juice machine barrel 200 can be injected after loading and/or Vacuum Package with appropriate inert gas.Appropriate inert gas includes nitrogen Gas, carbon dioxide or argon gas or reduction oxidation, water loss, nutrition leak or product decomposition compared with normal air Any other gas.

Compartment 217 can be sized according to the food material being arranged therein.It is therefore to be understood that compartment can With with any appropriate size.However, in an embodiment related to consumption appliances, according to the appearance of each compartment Amount, the height of compartment 217 can change in the range of about 0.25 inch to 2 inches (6mm to 50mm).However, being related to scale The very little embodiment into the utensil applied for office, enterprise, dining room and/or food and beverage sevice can have large-size every Room, the compartment includes such as compartment of the height between 2 inches and 5 inches (50mm to 127mm), but it is also possible to using smaller Or bigger height.In addition, compartment can correspond to any appropriate part of whole squeeze the juice machine barrel or machine barrel of squeezing the juice.Although Compartment 217 has been depicted in accompanying drawing sequentially to arrange, it should be understood that, compartment 217 and filter 219 can be with any Appropriate mode is arranged.

For including but is not limited to filter membrane, non-woven filter material with the appropriate filter that machine barrel of squeezing the juice is used together Material, mesh grid, fabric filter, plate, above type of combination and other appropriate classes of the hole with appropriate size or opening The filter of type.In addition, these filters can be by any appropriate material --- including such as metal of such as aluminium etc, gather Lactic acid, polypropylene fibre and blending polyester-polyethylene --- it is made.In an exemplary embodiment, filter 219 Can include the food-grade perforated membrane of multiple holes with required size.For its of one or more individual filter He includes aluminium or plastic mesh, garrha, paper filter at possible embodiment.In view of more than, it should be understood that described one Individual or more filter can correspond to include that the juice squeezed from machine barrel of squeezing the juice can be filtered with suitably Any porous material of the hole of size.

One or more filter can have according to the food material being maintained in one or more compartments Selected appropriate screening size, so as to make liquid through filter 219 and meanwhile prevent slurry, core, lining skin, pericarp, And any other undesirable material.In an illustrative manner, the big fibre slurry matter that ginger would generally be produced can be by Larger hole is prevented, while still allowing the juice squeezed from ginger to pass through film.By contrast, strawberry can be processed into small Fiber and core slurry like material, this needs the granular membrane with smaller aperture to capture core.Although in some embodiment party In formula, screening size can be selected to remove nearly all solid material of such as slurry etc from juice, but at some In embodiment, what the screening size of filter can be selected to allow in solid material a certain partially passes through.In machine barrel of squeezing the juice In the case of including polytype food material in the independent compartment for the filtering for needing different stage, such as Fig. 3 A to figure Described in 3C, squeeze the juice machine barrel 200 can include with it is different screening sizes one or more filter 219a and 219b。

In some embodiments it may be desirable to help to realize all food materials from being contained in juice extractor cylinder In the mode of uniform squeeze juice process the food material for being contained in and squeezing the juice in machine barrel.This, which can aid in, avoids to being contained in squeezing Deficiency is squeezed or squeezed to some parts of of food material in juice machine barrel excessively.Therefore, in some embodiments, can be right Each block preliminary dimension of ability to food material 205 of juice should be oozed out in hardness, water content and during squeezing.With The mode of example, in an exemplary embodiment, with being used as the pears phase with the relatively hard fruit compared with low moisture content Than can be with slitting into relatively large block as the apple of the high relatively soft fruit of water content.It is being not intended to be managed In the case of by constraint, the size for controlling various types of food materials based on above-indicated physical property can aid in really Protect and juice is fully extracted from food material 205, while substantially avoid the mistake for excessively squeezing, squeezing not enough and juice extractor The energy utilization of degree.

In some cases, it may be necessary to which the information related to corresponding machine barrel of squeezing the juice is provided to juice extractor.Therefore, one In a little embodiments, machine barrel 200 of squeezing the juice can be marked using designator 240, referring to Fig. 3 A, the designator 240 comprising with Squeeze the juice the related data of the condition that has been exposed to of content and/or machine barrel of squeezing the juice of machine barrel.It can encode in designator or logical Crossing the information of the possibility type of designator instruction includes expiration date, allergens, composition, nutrition, calorie content, mandate Information, spurious information and security information and other appropriate information.

In one embodiment, designator 240 can be the bar code being such as printed upon on the outside for machine barrel 200 of squeezing the juice Or the machine readable designator of QR codes etc.Alternatively, such as radio frequency identification (" RFID ") label, magnetic labels, sequence number, Or can be by the information transmission of the content of cylinder 200 to the data medium of any other type of juice extractor 100 etc Other appropriate index symbols 240 can also be used.In another embodiment, designator 240 can include can be by juice extractor 100 are used for remotely obtaining identifier --- such as IP address, URL or the sequence number of the additional information of the content on cylinder. For example, juice extractor can with remote server or database communication, to obtain or report the information related to juice extractor.In the reality Apply in mode, juice extractor 100 can be provided with the function of " intelligence ", being somebody's turn to do " intelligence " function enables juice extractor 100 by network Data are sent and receive to improve the quality of juice extractor product and improve the experience of operator.For example, in exemplary embodiment party In formula, designator 240 can encode expiration date.The controller of juice extractor can read expiration date designator 240 and Whether judgement is processed safe to the composition of cylinder 200.Alternatively, designator 240 can encode allergens.Correspondence Juice extractor controller can then read allergens, the allergens and the allergy that is related to current operator is anti- Whether safely the presupposed information answered is compared and judges the composition of cylinder 200 is processed.

In the embodiment of another exemplary, designator 240 can be the instruction for directly providing a user information Symbol.For example, machine barrel of squeezing the juice can include damaging designator, when the damage designator is destroyed in the inside for machine barrel 200 of squeezing the juice Enable.For example, the labeling or seal squeezed the juice on machine barrel 200 can change color or show visible open signal.In addition, Under another situation, machine barrel 200 of squeezing the juice can include the content to the machine barrel 200 that indicates to squeeze the juice of such as hot designator etc Whether in the designator 240 of predetermined temperature threshold above and below.In an illustrative manner, such as the control of fruit squazzer cylinder 200 Device processed determines that the content will suffer from nutrition leak if content is more than 50 degrees Fahrenheits, once then exceed the threshold value, heat Designator can just be enabled.On the contrary, if content should keep above freezing or any other suitable temperature, heat is indicated Symbol can be enabled when content reaches 32 degrees Fahrenheit.Appropriate hot designator includes but is not limited to irreversible temperature and indicates label With ink or any other appropriate temperature indicating mechanism.

Reference picture 4A and Fig. 4 B, will be carried out more detailed to one of the independent compartment including filter possible embodiment Ground is described.As depicted in the figures, compartment and filter, which can be taken, includes the bag of one or more independent pocket 230 The form of piece installing 225.As described in greater detail below, pocket 230 can along they edge seal and be arranged in To form machine barrel of squeezing the juice in single shell.According to specific embodiment, whole pocket surface can be fluid permeable , or the only a part on pocket surface can be fluid permeable.In addition, in some embodiments, one or more Multiple pocket 230 can connect to form multiple pocket linked together along their edge.Pocket then can be with Use in the form of this connection or cut open and be used as single part.There is provided the pocket of connection for consumers Manufacture and convenience can be improved.However, single pocket can be used for allowing the operator to select appointing for single pocket Combination needed for what is to be arranged in corresponding machine barrel of squeezing the juice, so as to produce required juice.Therefore, in some embodiments In, the pocket of these types disposable can squeeze the juice machine barrel or reusable machine barrel of squeezing the juice is used together with corresponding.

Fig. 5 depicts a possible embodiment of reusable machine barrel 500 of squeezing the juice.As depicted in the figures , shell 510 can be reusable container, and the reusable container includes the heavily fortified point by such as polyvinyl chloride What Gu plastics were formed is generally rigid housing.Reusable machine barrel 500 of squeezing the juice can also include flowing with the inside for machine barrel of squeezing the juice The outlet of body connection, the outlet can correspond to the groove 540 as described in accompanying drawing.In some embodiments, outlet can be with Including filter.Alternatively, outlet 540 can correspond to the structure of the arrangement of such as multiple through holes etc for use as filter And outlet.Food material can be added directly to reusable machine barrel 500 of squeezing the juice, or accommodate the food original of pretreatment One or more pocket 230 of material can be arranged in the opening in the sidepiece for machine barrel 500 of squeezing the juice.Squeezing the juice machine barrel 500 can To be sized and be shaped as to be fitted in the corresponding region of juice extractor.Food material is being loaded into machine barrel of squeezing the juice and will squeezed After juice machine barrel is arranged into the corresponding crush-zone of juice extractor, pressing plate or other devices can be driven downwards machine barrel of squeezing the juice In with the food material being contained in machine barrel of squeezing the juice is compressed and by outlet 540 discharge juice.After sap extraction, Reusable machine barrel of squeezing the juice can be then opened, and the food material being contained in the machine barrel of squeezing the juice can prepared In be removed to prepare more juice.Have in reusable machine barrel of squeezing the juice and keep opening for blow-by in use In the case of mouthful, pressing plate or apply other stressed devices to food material and can be optionally formed when machine barrel of squeezing the juice is pressurized Sealing to the inner surface of the machine barrel of squeezing the juice.Although, can be along other directions in addition, depicted specific machine barrel of squeezing the juice The machine barrel of squeezing the juice compressed is also possible.

In another embodiment, referring to Fig. 6 A to Fig. 6 B, reusable machine barrel of squeezing the juice can be it is compressible and It is not rigid.In this embodiment, the shell 510 of machine barrel 500 of squeezing the juice can be configured and arranged to so that the shell 510 are rubbings and can be compressed in the inside of corresponding juice extractor.More than being similar to, machine barrel 500 of squeezing the juice can include With the outlet 540 of the internal fluid communication for machine barrel of squeezing the juice.Outlet 540 can also be associated with filter, or the outlet 540 can To be structured as filter.Machine barrel 500 of squeezing the juice can be configured to receive one of the food material for accommodating pretreatment or more Multiple pocket, or food material simply can be added to machine barrel of squeezing the juice by user.Referring to Fig. 6 A to Fig. 6 B, when can press The machine barrel of squeezing the juice of contracting is when being positioned in corresponding juice extractor 100, and shell 510 can be compressed with to being contained in machine barrel of squeezing the juice Food material applies pressure and squeeze juice.In preparation, reusable machine barrel 500 of squeezing the juice can then be opened and hold The food material being contained in the machine barrel 500 of squeezing the juice is removed, to prepare more juice.Alternatively, machine barrel of squeezing the juice can be Disposably, because the disclosure is not limited.

In the reusable embodiment of above for squeezing the juice machine barrel is described, shell 510 and/or cylinder 500 can be washed Bowl machine with help to be easy to easily cleaning.In addition, BPA can be free of for the material for forming rational machine barrel of squeezing the juice.

Fig. 7 A to Fig. 7 C depict the various of the machine barrel of squeezing the juice of one or more compartments including accommodating food material Embodiment.

Fig. 7 A and Fig. 7 B are related to the embodiment party of the machine barrel 300 of squeezing the juice including one or more fluid permeable compartments 310 Formula, one or more a fluid permeable compartment 310 be suitable to and be provided at least partially around be contained in it is one Or more food material in fluid permeable compartment 310.It is impermeable that fluid permeable compartment 310 can be positioned at liquid In compartment 305 so that the impermeable compartment of liquid is at least partially around one or more fluid permeable compartment.Example Such as, it can include in outer pocket and accommodate the one or more bag-shaped of food material similar to above-mentioned pocket Portion.In addition, machine barrel of squeezing the juice can include the outlet 315 with the internal fluid communication of the impermeable compartment of liquid 305.As referred to above Go out, machine barrel 300 of squeezing the juice can shape and be sized to be fitted in the corresponding region of juice extractor.Compressed when in juice extractor When, machine barrel of squeezing the juice can be compressed with the squeeze juice from food material to being contained in the food material squeezed the juice in machine barrel.Institute The juice squeezed then can flow to the impermeable compartment of liquid out of one or more fluid permeable compartment.With Afterwards, juice can flow to the outside for machine barrel of squeezing the juice from the impermeable compartment of liquid via outlet 315.According to specific embodiment party Formula, outlet can include seal 320 and/or filter 325 as described above.

According to embodiment, fluid permeable compartment can be made up of the material of fluid permeable, or fluid permeable Compartment can include being available for the appropriate feature that flow of fluid is passed through.For example, as shown in Figure 7A, each fluid permeable compartment 310 can correspond to the pocket that is made up of liquid permeable material.Appropriate liquid permeable material can include filter membrane, Non-woven filtering material, mesh grid, fabric filter, plastic wire, garrha, paper filtering material or can be in juice-extracting process Middle any other appropriate permeable material used.In this embodiment, fluid permeable compartment 310 can also be in juice It is used as the filter of the food material for being contained in the fluid permeable compartment 310 during extraction.Alternatively, such as Fig. 7 B Middle described, each fluid permeable compartment may each comprise outlet, the outlet correspond to during sap extraction higher than The filter 330 and/or seal 335 ruptured during pre-selection pressure.In this embodiment, its remaining part of fluid permeable compartment Dividing can be made up of liquid-impermeable material.Therefore, during sap extraction, the liquid squeezed from food material can be through Being flowed out from the impermeable compartment 310 of liquid by the outlet corresponding to filter 330 and seal 335 and flow to liquid can not Permeate in compartment 305.More than being similar to, liquid can then flow out via outlet 315.

Fig. 7 C depict another embodiment party of the machine barrel 300 of squeezing the juice including multiple compartments 310 suitable for accommodating food material Formula.More than being similar to, machine barrel of squeezing the juice can include outlet 315, and the outlet 315 can include seal 320 and/or filter 325.In addition, machine barrel of squeezing the juice can include the mixing chamber 340 being located between outlet 315 and the multiple compartment 310.Squeezed in juice During taking, mixing chamber 340 can be with outlet 315 and the in direct fluid communication of the multiple compartment 310.Alternatively, in some realities Apply in mode, during sap extraction, the multiple compartment 310 can be via mixing chamber 340 and positioned at compartment and mixing chamber Between one or more accessory channels 345 with outlet 315 be in fluid communication.During JUICE EXTRACTION, liquid can be from each Compartment 310 is flow in mixing chamber 340 via accessory channel 345.Therefore, the juice squeezed from each compartment can be by going out Single liquid stream is merged into mixing chamber 340 before the output of mouth 315.

According to embodiment, and as depicted in the figures, each compartment 310 may each comprise seal 335 and/or Such as filter of filter 330 and 350 etc.Although these filters and seal are depicted as being positioned at from each compartment Exit, but these filters and seal can be located at any point between each compartment 310 and outlet 315.For example, Filter and/or seal can be located in accessory channel 345 or in mixing chamber 340, and the disclosure is not limited to this mode. In addition, as shown in the accompanying drawings by filter 330 and 350, the filter associated with single compartment 310 can have Different screening sizes is with for the appropriate filtering of different types of food material offer.These seals can be configured in height The rupture, damaged due to the deformation during sap extraction or can be otherwise configured to when predetermined pressure threshold Opened during JUICE EXTRACTION.Therefore, the multiple compartment 310 can not be in fluid communication before sap extraction with outlet 315, and And once sap extraction has begun to, the multiple compartment 310 can just be in fluid communication with outlet 315.Although exporting and each Compartment is each depicted as including single filter and seal, but following embodiments are also expected：Only each every Room, which includes sealing and embodiment, only accessory channel and/or the mixing chamber of filter, includes the embodiment party of filter and seal Formula, and/or only outlet include the embodiment of filter and seal.

Fig. 7 C further depict the embodiment that two or more compartments 310a and 310b are associated with each other.Such as institute in accompanying drawing Describe, seal 355 can be located between described two compartments.Seal 355 can be designed to during sap extraction by Ruptured in more than pressure limit or due to deformation.Therefore, compartment 310a and the 310b not fluid each other before sap extraction Connection.During sap extraction, seal 355 can rupture, so that described two compartments are arranged to be in fluid communication with each other.This Fluid and/or food material can be allowed to flow to another compartment from a compartment.For example, liquid or the liquid containing food material Body can be located in compartment 310b, and dry ingredients or the food material of other appropriate types can be located in compartment 310a. During sap extraction, seal 355 can rupture, so as to allow liquid from compartment 310b flow to compartment 310a.Liquid and Dry ingredients can then be mixed, to dissolve dry ingredients or form suspension.It is associated with compartment 310a as JUICE EXTRACTION continues Seal can also rupture, and mixture can pass through associated filter, accessory channel, and/or mixing chamber and flow Into outlet 315.

In some embodiments it may be desirable to the machine barrel that will squeeze the juice be configured and positioned to so that the juice squeezed from cylinder or its He does not contact juice extractor by liquid.This can valuably save necessity that juice extractor is cleaned after each operation.In the embodiment party In formula, machine barrel of squeezing the juice includes compartment, and the compartment includes the liquid of independent volume.According to the embodiment, the liquid of the volume can To be trapped in the food material being located in compartment so that the liquid in the extrusion chamber in associated juice extractor when being compressed Squeeze out from food material.Machine barrel of squeezing the juice also includes the outlet being in fluid communication with compartment.The outlet be configured and positioned to from Juice extractor extends out, so that at least a portion of outlet is not compressed during JUICE EXTRACTION is operated by juice extractor.For example, simultaneously And as described in more detail below, outlet can be configured and positioned to extend from the extrusion chamber of associated juice extractor Come, not contact juice extractor in liquid in the case of liquid is guided to required container.

In some embodiments, it is also possible to which the machine barrel that needs to squeeze the juice produces enough juice or other liquid for one The full-scale beverage of part or many portions of full-scale beverages.For example, in some embodiments, the volume of the juice produced is about 1 big belly Department to 20 ounces (0.03 rises to 0.6 liter), 1 ounce to 16 ounces (0.03 rises to 0.5 liter), 6 ounces to 12 ounces (0.2 rises to 0.35 liter), 20 ounces to 80 ounces (0.6 rises to 2.4 liters), 80 ounces to 140 ounces (2.4 rise to 4.0 liters), it is or any Other appropriate volumes, and the disclosure is not limited.According to application, machine barrel of squeezing the juice includes at least first compartment, it is described at least First compartment accommodates about 1 ounce to 20 ounces (0.03kg to 0.6kg), 20 ounces to 80 ounces (0.6kg to 2.3kg), 80 big bellys Take charge of between 160 ounces (2.3kg to 4.5kg) or any other appropriate quality food material.When compartment and it is contained in this When food material in compartment is compressed by associated juice extractor, food material produce with liter (L) for unit juice volume with With kilogram (kg) for unit food material quality ratio, the ratio in about 0.4L/kg to 0.85L/kg, 0.5L/kg extremely Between 0.75L/kg or ratio that any other is appropriate.Obtain similar on the ounce and food original of the juice produced The ratio of the quality ounce of material.As described in more detail below, the juice yield can in response to apply to squeeze the juice machine barrel and The resulting compressive force for the food material being contained in the machine barrel of squeezing the juice, the resulting compressive force on consumer appliance is in about 6700N To between 35600N (1500 pounds to 8000 pounds), the resulting compressive force on office or enterprise's appliances in about 7750N extremely Between 44,500N (1750 pounds to 10000 pounds), the resulting compressive force on dining room and food and beverage sevice appliances in about 8900N extremely Between 53400N (2000 pounds 12000 pounds).Although the foregoing describing single compartment, it should be understood that, similar to previous The embodiment of description, squeeze the juice machine barrel can also include second compartment, wherein, first compartment be at least partially disposed on second every It is indoor.In addition, in some embodiments, and as described in more detail below, first compartment and second compartment can be with It is arranged within the 3rd compartment.In this embodiment, to be preferably liquid impermeable for the 3rd compartment, and first compartment It is fluid permeable with least one of second compartment.

A particular implementation of machine barrel 400 of squeezing the juice is depicted in Fig. 8 A to Fig. 8 D.In the embodiment described, Machine barrel of squeezing the juice includes shell 402 and is attached to the sealant 404 of the shell.According to embodiment, sealant is polymer film, but In other embodiment, sealant can be rigid sheet, and the disclosure is not limited.In either case, the He of shell 402 Sealant 404 all is attached to form the sealed compartments as in the accompanying drawings described along their periphery.Corresponding to accommodating food The pocket 410 of one or more compartments of raw material 412 is arranged in the outer compartment formed by shell 402 and sealant 404.When When machine barrel 400 of squeezing the juice is positioned in the corresponding extrusion chamber of juice extractor, machine barrel of squeezing the juice is compressed into less from the first height Two height so that the food material being contained in pocket 410 is compressed, so as to squeeze out juice from the food material.Such as Describe in greater detail below, the juice squeezed is then distributed from outlet 406.

In some embodiments, when machine barrel 400 of squeezing the juice is positioned in associated juice extractor, it is necessary to by food material Between the extrusion element for being evenly distributed in associated juice extractor.In this embodiment, when compartment is positioned at juice extractor It is substantially first-class corresponding to the cross-sectional area of the compartment of shell 402, the compartment of sealant 404 or other appropriate configurations when in extrusion chamber In the area of the compressive surface of extrusion element.Therefore, corresponding to the bag for one or more compartments for accommodating food material 412 The initial cross sectional product in shape portion 410 is substantially less than the area of the corresponding compressive surface of extrusion element.For example, pocket 410 Cross-sectional area can be less than corresponding extrusion element squish area about 90%, 80%, 75% or any other is appropriate Percentage.During the machine barrel 400 of squeezing the juice being pointed in the extrusion chamber of juice extractor is compressed, corresponding to the one of pocket 410 Individual or more compartment is deformed into so that the cross-sectional area of the pocket is substantially equal to the area of corresponding compressive surface.According to Specific embodiment, initial first height of the machine barrel of squeezing the juice in juice extractor extrusion chamber is less than or equal to about 38mm (1.5 Inch), 95mm (3.75 inches), 127mm (5 inches) or any other appropriate height, and machine barrel of squeezing the juice is constructed and arranged Into from initial first high compression to second height highly smaller than first, the second height is (0.15 inch of about 4mm to 9mm To 0.35 inch), 6mm to 15mm (0.25 inch to 0.6 inch), 8mm to 25mm (0.3 inch to 1 inch) or it is any its His appropriate height.

The food material squeezed the juice in machine barrel is contained in before JUICE EXTRACTION from applying, it is necessary to protect in some cases To the power for machine barrel of squeezing the juice.These power power that may be present including the storage or transport due to machine barrel of squeezing the juice, in the storage of juice extractor In the case of depositing or transporting, squeeze the juice machine barrel may by by stack on top of each other, it is processed, and/or possible drop Caused impact and/or load.Although such as rigid crust of shell 402 etc can be configured and positioned to provide enough structures Rigidity is to protect food material, but in some embodiments, and machine barrel 400 of squeezing the juice also includes open space 414, the open space 414 correspond to sealed compartments --- sealed compartments such as provided by shell 402 and sealant 404 --- interior gas body Product.As described in Fig. 8 C, open space 414 correspond to accommodate such as pocket 410 of food material 412 every Room and corresponding to the space between shell 402 and the larger sealed compartments of sealant 404.Open space 414 is sized such that The open space 414 accommodates the gas of enough volumes to be spaced apart at least a portion of second compartment with first compartment.Retouched The gas volume being sealed in the compartment formed by shell 402 and sealant 404 painted be used as with transport material air cushion class As air cushion.However, in the embodiment described, protected material --- such as food material --- is arranged on air cushion Inside.Therefore, when power is applied to shell 402 and/or sealant 404, the gas in shell 402 and/or sealant 404 Volume will be pressurized to resist the further compression to machine barrel 400 of squeezing the juice, so as to protect the food being contained in machine barrel 400 of squeezing the juice Raw material 412.It should be understood that pocket 410 and food material 412 can correspond to be formed by housing 402 and sealant 404 Peripheral compartments or other appropriate configurations any proper volume percentage.For example, pocket and the volume of food material can be with Less than peripheral compartments volume about 75%, 50%, any other appropriate percentage.In addition, the body of pocket and food material Product can be more than about 25%, 50% or any other appropriate percentage of peripheral compartments volume.Although any appropriate gas It may be used to fill described open space 414, but gas volume can include in nitrogen, carbon dioxide, and/or argon gas At least one.

As noted above, machine barrel 400 of squeezing the juice also includes outlet 406.Reference picture 8D, in this embodiment, outlet is Formed by upper strata 406a and adjacent lower floor 406b corresponding with shell 402 and sealant 404 respectively.In order to form sealed compartments, Using any appropriate Sealing Technology by upper strata 406a and lower floor 406b part along upper strata 406a and lower floor 406b periphery Sealed against one another, any appropriate Sealing Technology includes but is not limited to lamination, adhesive and ultra-sonic welded.Substituting Property embodiment in, along upper strata 406a and lower floor 406b periphery apply single material with sealed compartments.Also wrap outlet Defiber 408 is included, the defiber 408 is located in the upper and lower unsealing to the mutual region at outlet 406.Defiber can With impressed, the weakening part that perforation or any other is appropriate corresponding to outlet, so that the distal portions shape in outlet Into there is removable part 406c.Therefore, when need to use squeeze the juice machine barrel 400 when, removable part 406c from squeeze the juice machine barrel by from Move or manually remove, and the upper and lower form the open end 408a for the outlet extended from machine barrel 400 of squeezing the juice.Once Removable part is removed, and machine barrel 400 of squeezing the juice can just be compressed by associated juice extractor, so that from being contained in the machine barrel of squeezing the juice Squeeze juice in food material in 400.The juice squeezed is then flowed out by the outlet 406 when front opening.Although outlet 406 are depicted as including removable part 406c, but in some embodiments, exporting does not include removable part, but structure The upper and lower unsealing made and be arranged along exit is pierced to mutual part.In this embodiment, from squeezing The juice that juice machine barrel 400 is squeezed flows through outlet 406 and flowed out to outside the puncture part of outlet.

In some embodiments, and as previously noted, it is expected that outlet 406 provides not water clock function.For example, in figure In the embodiment described in 8A to Fig. 8 D, the outlet 406 formed by adjacent upper strata 406a and lower floor 406b is with similar to duck The mode of mouth valve plays valve.That is, carrying out active compression by associated juice extractor during being JUICE EXTRACTION Period, the valve formed by exporting is opened, so as to allow flow of fluid to pass through the valve.Therefore, once removing the compression of juice extractor Power, the then valve formed by exporting closes to prevent the flowing of fluid.This opening of valve formed by exporting and closing can be JUICE EXTRACTION make to shrink to the extrusion element that machine barrel of squeezing the juice applies compression stress by associated juice extractor after having completed and Further promoted.Without being bound by theory, squeeze the juice machine barrel 400 and contained foods raw material 412 To slightly it expand, this will produce same amount of suction.The function is combined with the valve formed by outlet 406 and is provided commonly for substantially Prevent the drippage from outlet after JUICE EXTRACTION.It should be understood that can utilize as follows by the function of exporting the valve formed Parameter design：The size of passage between the rigidity of such as each layer, layer spacing relative to each other, layer and other are appropriate Design parameter.Although the foregoing describing the particular configuration of outlet, it is understood that, the outlet that can act as valve can be with Any number of mode is formed, and the disclosure should not be limited to the particular configuration only described in the accompanying drawings.

Fig. 9 A to Fig. 9 C depict the various embodiments of pocket 410, and the pocket 410 can be used alone, or Person can be with outer compartment, and --- compartment for shell 402 and sealant 404 formation described in such as Fig. 8 A to Fig. 8 C --- has been combined To use.In figure 9 a, pocket 410 corresponds to the list formed by the liquid-permeable layer 414 of such as filter or net etc Individual compartment.Different, the embodiment described in Fig. 9 B and Fig. 9 C, which corresponds to, includes the pocket 410 of first compartment, and this One compartment is at least partially disposed in second compartment.In figures 9 b and 9, by the liquid-permeable layer of such as filter or net etc 414 first compartments formed are arranged in the second compartment formed by one or more liquid impermeable barriers 418.Contain food The liquid containing of raw material is in the first compartment formed by liquid-permeable layer 414.According to specific embodiment, liquid is not One or more liquid impermeable barriers in permeable layers include corresponding to indentation, perforation, the edge being thinned or it is any its One or more atenuator regions 420 of his appropriate configuration.When by associated user's compression, atenuator region 420 is damaged Or rupture, to allow the juice squeezed from the food material being contained in pocket 410 to flow through liquid-permeable layer 414 And the atenuator region 420 of the current rupture through liquid impermeable barrier 418.The correlation that Fig. 9 C depict pocket 410 is real Mode is applied, it is in this embodiment, impermeable with one or more liquid including one or more atenuator regions 420 418 corresponding first compartment of layer are arranged within the second compartment corresponding to one or more liquid impermeable barriers 414.

It should be understood that the embodiment of pocket 410 can be combined with the 3rd compartment, the 3rd compartment is that liquid can ooze Saturating either liquid is impermeable, wherein, referring to Figure 10 A and Figure 10 B, pocket 410 is at least partially disposed on compartment It is interior.In the embodiment described, pocket 410 is arranged on the sealed compartments formed by corresponding shell 402 and sealant 404 It is interior.In some embodiments, it is provided with single pocket 410 in the 3rd compartment.However, being set in single outer compartment The embodiment for having multiple pocket 410 is also expected.For example, as described in Figure 10 C, by shell 402 and sealant 404 The multiple pocket 410 for accommodating food material are provided with the outer compartment formed.In view of more than, it should be understood that pocket 410 can correspond to by any single compartment suitably arranged with liquid-permeable layer and/or liquid impermeable barrier or The pocket of the multiple compartment formation of person, and the disclosure is not limited.

Although each pocket 410 described in Figure 10 C can be any appropriate with what is stacked and vertically stack including level Mode arrange, but by describe in such as accompanying drawing be vertically arranged in the way of arrange that pocket 410 can provide some benefits.For example, When multiple pocket are sequentially disposed between the extrusion element of associated juice extractor, applied by extrusion element to squeezing the juice The power of machine barrel is applied evenly to all food materials being contained in single pocket 410.Have no intention by theoretical beam Tie up, this can promote to obtain from the food material being contained in juice extractor cylinder 400 evenly and complete sap extraction.This with When machine barrel of squeezing the juice is positioned in juice extractor, single pocket is horizontally disposed with relative to the extrusion element of associated juice extractor Arrangement it is different.In this arrangement, the extrusion element of associated juice extractor will be harder in pocket 410 to being contained in Food material applies larger compression stress, and this may cause can not be from the food material in pocket around other completely Extract juice.

Figure 11 A to Figure 11 F present an embodiment of juice extractor 450.In the embodiment described, juice extractor Including body 452 and cover 462, wherein, the cover 462 can open juice extractor around hinge connector rotation.Juice extractor is also Including the first extrusion element 454, the first extrusion element 454 includes being configured and positioned to the contact machine barrel 400 of squeezing the juice first extruding Surface.According to the embodiment, the first extrusion element 454 is static.Juice extractor also include the second extrusion element, this second squeeze Pressure element includes at least one the side wall 458 for being attached to roof 456.Roof 456 is used as being configured and positioned to contact squeezing the juice machine barrel 400 the second compressive surface.Opened in addition, the first extrusion element 454, at least one side wall 458 and roof 456 coordinate with being formed Room 460.In the embodiment described, at least one described side wall corresponds to single circular side wall 458, the side wall 458 Opening including leading to out room 460.In addition, in some embodiments, roof 456 and at least one described side wall 458 are formed Cantilever design, but other structures and configuration are also possible.Referring to Figure 11 B, open room 460 and be sized and be shaped as in the quilt of cover 462 Corresponding machine barrel 400 of squeezing the juice is received during opening.In addition, in some embodiments, the opening at least one described side wall is determined Size is simultaneously shaped as alloing machine barrel of squeezing the juice to be inserted into through opening in room.Similar to above-mentioned embodiment, and juice extractor Extend from juice extractor the outlet 406 of cylinder 400 so that the juice squeezed out of squeeze the juice machine barrel does not contact juice extractor during operation Various pieces.Juice extractor 450 also includes the driver do not described, and the driver constructions are simultaneously arranged to at least one described side Wall applies the power being downwardly oriented.Referring to Figure 11 F, this downward power makes the second extrusion element and the phase corresponding to roof 456 Second compressive surface of association is shifted towards the compressive surface of the first extrusion element 454.As described in the accompanying drawings, room 460 Keep opening wide during JUICE EXTRACTION.

In addition to above-mentioned all parts, the juice extractor 450 described in Figure 11 A to Figure 11 F is also relative to the juice extractor Surface where 450 is at an angle of.Therefore, each extrusion element and compressive surface also relative to the surface where juice extractor 450 into Angle.Have no intention by theory constraint, this arrangement further promotes juice to be flowed out of machine barrel of squeezing the juice that compressed using gravity Go out, flow through outlet 406 and flow out associated juice extractor 450.The extrusion element of juice extractor, compressive surface and other Appropriate element relative to surface where juice extractor appropriate angle about 10 °, 20 °, 30 ° or any other appropriate angle with On.In addition, the angle can be below about 45 °, 40 °, 30 ° or any other appropriate angle.For example, the angle can be Between about 20 ° and 45 °.

In some embodiments it may be desirable to control size and the opportunity of force during juice extraction process.In Figure 12 extremely The outline drawing of an embodiment of the juice extractor 450 of power needed for being configured to apply is depicted in Figure 13.What is described In embodiment, juice extractor includes the first extrusion element 454 and the second extrusion element being arranged on above the first extrusion element 456.First extrusion element and the second extrusion element define the extruding between the first extrusion element and the second extrusion element Room, the extrusion chamber is configured and positioned to accommodate associated machine barrel 400 of squeezing the juice.Similar in above-mentioned embodiment, second extrudes Element 456 is connected to two side walls 458 being arranged on the two opposite sides of the second extrusion element.As shown in FIG. 13A, phase is passed through The driver of association applies the power being downwardly oriented to the second extrusion element so that the second extrusion element is shifted simultaneously towards the first element And be pointed to the machine barrel 400 of squeezing the juice between the first extrusion element and the first element and be compressed.By using associated guiding Pin 482 and the second extrusion element 456 for making side wall 458 and being connected are guided downward along desired path, associated Guiding pin 482 is attached to corresponding abutment wall 464 and is positioned to be formed in the guiding groove 484 in side wall 458.

Although any suitable driver of such as hydraulic system or pneumatic system etc can be used to be supplied to juice extractor 450 Power is answered, but in this embodiment, uses electromechanical driver.Electromechanical driver is configured and positioned to so that it is fitted in squeezes the juice Machine is substantially equal in the occupation of land region of the area of the first extrusion element and the second extrusion element.However, driver be less than or Embodiment more than the first extrusion element and the area of the second extrusion element is also expected.Electromechanical driver includes one Or more cam 466, one or more cams 466 include forming the CAM table with desired cam contour The groove in face 468.Cam contour is shaped to provide the power distribution needed for being shifted for extrusion element.One or more cam 466 motor 470 by being connected to cam 466 by associated transmission device drives, and the transmission device can include various portions Part --- such as worm gear 472, one or more intermediate reduction gear gears 474 and it is attached to one or more cam 466 final spur gear 476.Although specific transmission device has been described in the drawings, any appropriate transmission can be used Device --- including cam, wedge, linkage, gear train, hydraulic unit, the various combinations of Pneumatic component or any other The transmission device of appropriate format.In the embodiment described, two cams are attached to spur gear 476 and are individually attached To described two side walls 458.When spur gear 476 is rotated by associated motor 470 and transmission device, cam 466 it is convex Wheel surface 468 rotates so that the related cam pin 480 in the groove for forming cam face 468 is shifted.Cam pin is also attached To side wall 458 and through bushing 478 and the elongated slot 486 that is positioned at being vertically oriented in abutment wall 464.Therefore, commutating tooth is worked as When wheel 476 and associated cam 466 rotate, cam pin 480 is shifted up or down according to the direction of rotation of motor.Therefore, Referring to Figure 13 A to Figure 13 C, the second associated extrusion element 456 is shifted towards or away from the first extrusion element 454.Extruding member The machine barrel 400 of squeezing the juice that this relative shift of part is pointed between two extrusion elements is compressed, and is come from distributing by squeezing The juice for the outlet 406 that juice machine extends and the juice is assigned to corresponding glassware 486 or other appropriate containers In.A static advantage of the first relatively low extrusion element 454 of holding is shown by Figure 13 C.Specifically, in this embodiment, Other distributing points of outlet 406 or the juice from juice extractor are relative to the remains stationary of glassware 486.In other words, export 406 are maintained at constant height and sentence and help to dispense juice into glassware 486 relative to the surface where juice extractor.

Particular type regardless of used driver, juicer driving system can be configured and positioned in juice Power needed for liquid is provided during squeezing is distributed.For example, in one embodiment, similar to above-indicated embodiment, driving Dynamic device is configured and positioned to make the second extrusion element shift towards the first extrusion element.In addition, driver constructions and being arranged to The power between about following scope is applied to during the decline of second extrusion element displacement to associated machine barrel of squeezing the juice：For Consumer appliance is 6700N to 35600N (1500 pounds to 8000 pounds) or 17800N to 26700N (4000 pounds to 6000 pounds)；It is right In office or enterprise's appliances be 7750N to about 44500N (1750 pounds to 10000 pounds)；And for dining room or food and beverage sevice Appliances are 8900N to about 53400N (2000 pounds to 12000 pounds).Decline when applying above-indicated power is about to exist Last stroke between following scope：It is 3mm and 13mm (0.1 inch to 0.5 inch) for consumer appliance；For office Or enterprise's appliances are 5mm and 20mm (0.2 inch and 0.8 inch)；It is 9mm and 30mm for dining room or food and beverage sevice appliances Any other appropriate final path increment of (0.35 inch to 1.2 inches) or the second extrusion element.Have no intention by theoretical beam Tie up, apply larger power during the decline of operation and can aid in the duration that limitation applies stress to juice extractor. In addition, power distribution can be by after food material be fully distributed in the extrusion chamber of juice extractor and in food Raw material is more completely limited in the after-applied larger power in the space to strengthen sap extraction.In addition to controling power is distributed, the The total displacement of two extrusion elements can be approximately less than or equal to：It is 38mm (1.5 inches) for consumer appliance；For office Or enterprise's appliances are 95mm (3.75 inches)；For dining room or food and beverage sevice appliances be 127mm (5 inches) or any its His appropriately distance, and the disclosure is not limited thereto.In addition, being moved completely during JUICE EXTRACTION in the second extrusion element After position, the gap about between following scope can be left between the first extrusion element and the second extrusion element：For disappearing The person's of expense utensil is 4mm and 9mm (0.15 inch to 0.35 inch)；It is 6mm and 15mm (0.25 English for office or enterprise's appliances It is very little with 0.6 inch)；For dining room or food and beverage sevice appliances 8mm and 25mm (0.3 inch to 1 inch) or any other The distance of proper range.Although the foregoing describing the embodiment of an extrusion element remains stationary in extrusion element, squeeze The embodiment that two extrusion elements of juice machine are shifted is also expected.In this embodiment, above-indicated distance It can apply to the stroke of the combination of extrusion element.Although in addition, indicate specific power and distance above by reference to application-specific, But it should be understood that any appropriate combination of power and distance can be used, including be all higher than and be respectively less than with On the power pointed out and distance power and distance, and the disclosure is not limited.

In addition to the above, Figure 12 depicts following embodiments：In this embodiment, except the associated juice extractor of formation Beyond the extrusion chamber that cylinder 400 is positioned at, at least one of one of extrusion element 454 and extrusion element 456 or more person Dividing includes recessed compressive plane.Specifically, the direction of the first extrusion element squeeze the juice machine barrel 400 orientation upper surface have on this The concave shape of the whole surface on surface, and corresponding second extrusion element 456 have towards squeeze the juice machine barrel 400 orientation it is big Cause flat compressive surface.However, as previously pointed out, the second extrusion element can also have concave surface, nonreentrant surface and/or The surface complementary with the shape of corresponding first extrusion element.

Although already discussed above included with the first extrusion element and the second extrusion element moved towards each other The juice extractor of squeezing mechanism, but the disclosure is not limited to this mode.Alternatively, it can use for applying to machine barrel of squeezing the juice Power is with from any appropriate configuration and configuration of the element for machine barrel squeeze juice of squeezing the juice.For example, in another embodiment, and such as Depicted in figure 14, juice extractor can include the squeezing mechanism 600 for being configured to roll squeezer.Roll squeezer includes a pair of rolls 602, institute Stating a pair of rolls 602 is used to be compressed the machine barrel 200 of squeezing the juice of supply between the rolls.For example, squeeze the juice machine barrel 200 can pass through by The crack that two relative rollers 602 are limited to the food material being contained in cylinder to be compressed, so that squeeze juice 201.To the greatest extent Pipe has depicted the specific arrangements of roller, but other structures are also possible.

Although consumer can be used in the food material used in system of squeezing the juice and fill machine barrel of squeezing the juice, in some situations Under, it may be necessary to the machine barrel of squeezing the juice encapsulated in advance is provided.Therefore, consumer only need to purchase they select to obtain expectation juice Advance encapsulation machine barrel of squeezing the juice.This can increase related to producing juice by juice extractor in family or small business environment The convenience of connection.Therefore, in some embodiments, single package system can be located at remotely located food processing mechanism In.Can be produced in the package system for for pre-filled filled with food material that consumer uses squeeze the juice machine barrel and/ Or single pocket.Alternatively, package system can enable a consumer to be in small-scale design produces them certainly Oneself machine barrel of squeezing the juice, and the disclosure is not limited.

Figure 15 depict for load product and machine barrel of squeezing the juice is loaded with sealing before by Product processing into One embodiment of less piece of package system 800.In one embodiment, package system 800 can include crushing Component 805 and package assembling 830.Package assembling 830 can also include food material insertion portion 840, vacuum section 845, with And gas injection part 850.Package assembling can also include shell body 835, and the shell body 835 can be provided for example not for inside By the controlled environment of extraneous air, bacterium or other pollutant effects.Food material insertion portion 840, vacuum section 845, with And gas injection part 850 can be arranged in shell body 880.In some embodiments, shell body 835 can also have and open Mouth 860 and another opening 865, wherein, the opening 860 is used to make processed food material 825 enter in package assembling 830, The machine barrel of squeezing the juice of completion can leave component by another opening 865.Although having depicted the single He of pulverizer 805 Package assembling 830, but according to embodiment, pulverizer 805 and package assembling 830 may be integrally incorporated to single input port with In the single housing of single input port.

Turning now to operation, in one embodiment, pulverizer 805 can include the blade being located in hopper 815 810.Hopper 815 can be configured to receive crude food material (for example, fruit or vegetables of whole or belt leather) with In being processed further.Blade can be connected to the motor do not described and control assembly 820.Control assembly 820 can control knife Piece 810 includes the processed food of less rear block or block suitable for squeezing the juice to cut the food material in hopper 815 to be chopped into Raw material 825.In some embodiments, blade 810 can be formed by the material of such as ceramics etc of resistance frictional heat, with Help to reduce the heating during processing to food material.In addition, in some embodiments, control assembly 820 can be controlled Blade 810 processed is to cause friction of the blade to food material not bestow excessive heat to food material --- excessive heat may The valuable compounds therefrom that can be destroyed in food material --- speed rotation.According to required output, the pulverizer 805 can be with Output such as the processed food material 825 of the form in cube, section, slurry or suspension disclosed herein. Processed food material 890 then can be sent to associated package assembling via conveyer, pipe or other conveying arrangements 830 for encapsulation.

After processed food material 825 has been received, food material injected system 840 can be by processed food Raw material 825 is inserted into described in text in the pocket of type.This insertion can realize in any number of ways, described The mode of what number includes but is not limited to receive processed food material and this is processed using as what is in accompanying drawing described Food material be directed to piston-like component in machine barrel of squeezing the juice.It is therefore to be understood that can be using can will be processed Food material be sent to any mechanism in cylinder, and the disclosure is not limited.The cylinder currently filled can then be transmitted To vacuum section 845, in vacuum section 845, the air in cylinder is utilized any applicable method and removed.Then can be right Machine barrel of squeezing the juice is sealed and inert gas is pumped into gas injection before final machine barrel of squeezing the juice is discharged from package assembling 830 It is pumped into part 850 in cylinder.Cylinder can be sealed in package assembling 830, or cylinder can exist in a subsequent step The outside of package assembling 830 is sealed.

It should be understood that above-mentioned encapsulation process manually, automatically or can pass through group manually and automatically Close and realize.Subsequently, as the process is automation, therefore the process can be complete in the case where needing minimum manual intervention Into so as to help to reduce the totle drilling cost of juice extractor system.Although in addition, the foregoing describing part and a certain cloth of process Put, but any part or all parts in part are arranged in individual system or are set to the embodiment of multiple discrete parts It is also possible.

Example

Figure 16 presents the song of extruding force and platen elevation during JUICE EXTRACTION is carried out to various water fruits and vegetables and green vegetable Line chart.As noted above, it is undesirable to excessive squeeze juice and deficiently extracting juice from certain types of food material Liquid.Therefore, it is desirable to keep required power scope during the decline of sap extraction.About 0.1 inch between dotted line is extremely Region between the platen elevation of about 0.5 inch (about 3mm to about 13mm) corresponds at least one shifted in the last pressing plate What is applied between by stages squeezes power, and this squeezes power in about 6700N (1500 pounds) less than 35600N (8000 pounds).But it should manage Solution, this example is the size depending on being applied for consumer appliance.Therefore, as mentioned previously, for used in office, Enterprise, dining room and/or food and beverage sevice application in utensil, it is contemplated that power and platen travel distance distance be different.

Can be the juice extractor and juice press method described in following item according to the juice extractor and juice press method of the present invention.

1. a kind of juice extractor, including：

Region suitable for receiving one or more compressible machine barrels of squeezing the juice, one or more a compressible juice extractor Cylinder includes outlet and the food material being contained in one or more compressible machine barrel of squeezing the juice；

Extrusion element, the extrusion element be suitable to it is one or more squeeze the juice machine barrels apply pressure, wherein, the region and The fluid or the food material that extrusion element is suitable to and be arranged to squeezed are not directly contacted with the region or the extruding The state of element distributes squeezed fluid from one or more individual machine barrel of squeezing the juice.

2. the juice extractor according to item 1, in addition to cutting element or piercing element, the cutting element or the puncture Element is suitable to and is arranged to open the outlet of each machine barrel of squeezing the juice in one or more machine barrel of squeezing the juice.

3. the juice extractor according to item 1, in addition to the distributing point associated with the region, wherein, the distributing point It is suitable to and is arranged to receive the outlet of each machine barrel of squeezing the juice in one or more machine barrels of squeezing the juice.

4. the juice extractor according to item 3, wherein, the region and extrusion element are configured so that one or more The outlet of each machine barrel of squeezing the juice in individual machine barrel of squeezing the juice extends beyond the region and extrusion element.

5. the juice extractor according to item 3 or 4, wherein, the outlet of one or more machine barrels of squeezing the juice is squeezed relative to described Surface where juice machine is maintained at constant height.

6. the juice extractor according to any one of foregoing item, in addition to be configured and positioned to make what extrusion element was shifted Driver.

7. the juice extractor according to item 6, wherein, driver makes extrusion element be shifted towards static compressive surface.

8. the juice extractor according to item 6 or 7, wherein, driver makes the total displacement of extrusion element be less than about 38mm.

9. the juice extractor according to any one of item 6-8, wherein, driver includes Mechatronic Systems.

10. the juice extractor according to item 9, wherein, driver includes being positioned between electro-motor and extrusion element Transmission device.

11. the juice extractor according to item 10, wherein, transmission device includes connecting rod.

12. the juice extractor according to any one of foregoing item, in addition to the table with the housing for being limited to juice extractor The distribution region of recess in face.

13. the juice extractor according to item 12, wherein, distribution region also includes being used to receive and support server container Shelf.

14. the juice extractor according to any one of foregoing item, wherein, extrusion element includes compressive surface, wherein, squeeze Pressing at least a portion on surface includes concave surface.

15. the juice extractor according to any one of item 1-13, wherein, extrusion element includes compressive surface, wherein, squeeze Surface is pressed to include multiple grooves, the multiple groove provides the squish area bigger than the projected area of compressive surface.

16. the juice extractor according to any one of foregoing item, in addition to suitable for controlling one or more of squeeze the juice The temperature control component of the temperature of machine barrel.

17. the juice extractor according to item 16, wherein, in temperature control component and the region and extrusion element at least One is integral.

18. the juice extractor according to any one of foregoing item, in addition to one or more machine barrels of squeezing the juice.

19. the juice extractor according to any one of foregoing item, wherein, extrusion element is activated in the horizontal direction.

20. a kind of method squeezed the juice to food material, methods described includes：

One or more machine barrels of squeezing the juice are positioned in the region of juice extractor；

Apply pressure to one or more machine barrel of squeezing the juice with one or more from being contained in using extrusion element Squeeze juice in food material in multiple machine barrels of squeezing the juice；

Juice or the food from the outlet of one or more machine barrel of squeezing the juice by the juice squeezed to be squeezed Raw material is not directly contacted with the extrusion element or the state in the region is allocated.

21. the method according to item 20, is additionally included in one or more squeezinges of front opening for distributing squeezed juice The outlet of juice machine barrel.

22. the method according to item 20, wherein, the outlet of one or more machine barrel of squeezing the juice is opened including following At least one：Apply the pressure bigger than threshold pressure, cut the outlet of one or more individual machine barrel of squeezing the juice and pierce through institute State the outlet of one or more machine barrels of squeezing the juice.

23. the method according to item 20, in addition to compare threshold value by applying to one or more machine barrel of squeezing the juice The big pressure of pressure destroys one or more seals associated with one or more machine barrel of squeezing the juice.

24. the method according to any one of item 20-23, in addition to will be every in one or more machine barrels of squeezing the juice The outlet of individual machine barrel of squeezing the juice is received in the distributing point associated with the region.

25. the method according to item 24, in addition to by each machine barrel of squeezing the juice in one or more machine barrels of squeezing the juice Outlet is located so that outlet extends beyond the region and extrusion element.

26. the method according to item 24 or 25, wherein, the outlet of one or more machine barrel of squeezing the juice is relative to squeezing Surface where juice machine is maintained at constant height.

27. the method according to any one of item 20-26, in addition to shift extrusion element by driver.

28. the method according to item 27, wherein, driver makes extrusion element be shifted towards static compressive surface.

29. the method according to item 27 or 28, wherein, driver makes the total displacement of extrusion element be less than about 38mm.

30. the method according to any one of item 27-29, wherein, driver includes Mechatronic Systems.

31. the method according to item 30, wherein, driver includes the biography being positioned between electro-motor and extrusion element Dynamic device.

32. the method according to item 31, wherein, transmission device includes connecting rod.

33. the method according to any one of item 20-32, in addition to the juice squeezed is assigned to including being limited to The distribution region of recess in the surface of the housing of juice extractor.

34. the method according to item 33, in addition to server container is received and the shelf in distribution region is supported on Or on water clock pallet.

35. the method according to any one of item 20-34, wherein, extrusion element includes compressive surface, wherein, squeeze Pressing at least a portion on surface includes concave surface.

36. the method according to any one of item 20-34, wherein, extrusion element includes compressive surface, wherein, institute Stating compressive surface includes multiple grooves, and the multiple groove provides the squish area bigger than the projected area of compressive surface.

37. the method according to any one of item 20-36, in addition to the one or more of machine barrels of squeezing the juice of regulation Temperature.

38. the method according to item 37, wherein, using integral with least one of the region and extrusion element Temperature control component adjust the temperature of one or more of machine barrels of squeezing the juice.

39. the method according to any one of item 20-38, in addition to extrusion element is activated in the horizontal direction.

Although this teaching is described for combined various embodiments and example, this teaching office is not meant to It is limited to these embodiments or example.On the contrary, this teaching is included as it will be appreciated by those of skill in the art that the various replacement shapes arrived Formula, remodeling and equivalent.For example, various embodiments described herein can in any suitable manner be rearranged, divided Open, and/or combine.Therefore, description above and accompanying drawing are only in an illustrative manner.

Claims

1. a kind of juice extractor, including：

Region suitable for receiving one or more compressible machine barrels of squeezing the juice, one or more a compressible machine barrel bag of squeezing the juice Include mouth and the food material being contained in one or more compressible machine barrel of squeezing the juice；

Extrusion element, the extrusion element is suitable to apply pressure to one or more machine barrel of squeezing the juice, wherein, the region The fluid or the food material for being suitable to and being arranged to squeezed with the extrusion element are not directly contacted with the region or institute The state for stating extrusion element distributes squeezed fluid from one or more individual machine barrel of squeezing the juice.

2. juice extractor according to claim 1, in addition to cutting element or piercing element, the cutting element or the thorn Element is worn to be suitable to and be arranged to open the outlet of each machine barrel of squeezing the juice in one or more machine barrel of squeezing the juice.

3. juice extractor according to claim 1, in addition to the distributing point associated with the region, wherein, the distribution Point is suitable to and is arranged to receive the outlet of each machine barrel of squeezing the juice in one or more machine barrel of squeezing the juice.

4. juice extractor according to claim 3, wherein, the region and the extrusion element are configured so that one Or more the outlet of each machine barrel of squeezing the juice in machine barrel of squeezing the juice extend beyond the region and the extrusion element.

5. the juice extractor according to claim 3 or 4, wherein, the outlet of one or more machine barrel of squeezing the juice relative to Surface where the juice extractor is maintained at constant height.

6. the juice extractor according to any one of preceding claims, in addition to be configured and positioned to make the extrusion element The driver of displacement.

7. juice extractor according to claim 6, wherein, the driver makes the extrusion element towards static extruding table Face is shifted.

8. the juice extractor according to claim 6 or 7, wherein, the driver is less than the total displacement of the extrusion element About 38mm.

9. the juice extractor according to any one of claim 6-8, wherein, the driver includes Mechatronic Systems.

10. juice extractor according to claim 9, wherein, the driver includes being positioned at electro-motor and the extruding Transmission device between element.